/// <summary>
/// Inserta el nuevo árbol en el árbol base (como un nuevo grupo) eliminando toda la cabecera del documento insertado.
/// </summary>
/// <param name="parentNode">Grupo base en el que se insertará el nuevo arbol.</param>
/// <param name="treeToCopyParent">Nuevo árbol a insertar.</param>
/// <param name="intCurrIndex">Índice en el que se insertará el nuevo árbol dentro del grupo base.</param>
private void execMergeDoc(RtfTreeNode parentNode, RtfTree treeToCopyParent, int intCurrIndex)
{
//Se busca el primer "\pard" del documento (comienzo del texto)
RtfTreeNode nodePard = treeToCopyParent.RootNode.FirstChild.SelectSingleChildNode("pard");
//Se obtiene el índice del nodo dentro del principal
int indPard = treeToCopyParent.RootNode.FirstChild.ChildNodes.IndexOf(nodePard);
//Se crea el nuevo grupo
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
//Se resetean las opciones de párrafo y fuente
newGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pard", false, 0));
newGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "plain", false, 0));
//Se inserta cada nodo hijo del documento nuevo en el documento base
for (int i = indPard + 1; i < treeToCopyParent.RootNode.FirstChild.ChildNodes.Count; i++)
{
RtfTreeNode newNode =
treeToCopyParent.RootNode.FirstChild.ChildNodes[i].CloneNode();
newGroup.AppendChild(newNode);
}
//Se inserta el nuevo grupo con el nuevo documento
parentNode.InsertChild(intCurrIndex, newGroup);
}
/// <summary>
/// Inserta un campo en el documento
/// </summary>
/// <param name="parent">Nodo padre del campo</param>
/// <param name="instruction">El codigo de campo</param>
/// <param name="initial_result">El valor del campo inicial</param>
public void AddField(RtfTreeNode parent, string instruction, string initial_result)
{
var fieldInstructionGroup = new RtfTreeNode(RtfNodeType.Group);
fieldInstructionGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "*", false, 0));
fieldInstructionGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fldinst", false, 0));
var fieldInstructionTextGroup = new RtfTreeNode(RtfNodeType.Group);
this.InsertText(fieldInstructionTextGroup, instruction);
fieldInstructionGroup.AppendChild(fieldInstructionTextGroup);
var fieldResultGroup = new RtfTreeNode(RtfNodeType.Group);
fieldResultGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fldrslt", false, 0));
var fieldResultTextGroup = new RtfTreeNode(RtfNodeType.Group);
this.InsertText(fieldResultTextGroup, initial_result);
fieldResultGroup.AppendChild(fieldResultTextGroup);
var fieldGroup = new RtfTreeNode(RtfNodeType.Group);
fieldGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "field", false, 0));
fieldGroup.AppendChild(fieldInstructionGroup);
fieldGroup.AppendChild(fieldResultGroup);
(parent ?? this.mainGroup).AppendChild(fieldGroup);
}
/// <summary>
/// Inserta el código RTF de la aplicación generadora del documento.
/// </summary>
private void InsertGenerator()
{
RtfTreeNode genGroup = new RtfTreeNode(RtfNodeType.Group);
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Control, "*", false, 0));
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "generator", false, 0));
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, "NRtfTree Library 1.3.0;", false, 0));
mainGroup.InsertChild(7, genGroup);
}
public void SimpleTreeNavigation()
{
//Creación de un árbol sencillo
RtfTree tree = new RtfTree();
RtfTreeNode mainGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode rtfNode = new RtfTreeNode(RtfNodeType.Keyword, "rtf", true, 0);
mainGroup.AppendChild(rtfNode);
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode node1 = new RtfTreeNode(RtfNodeType.Keyword, "ul", false, 0);
RtfTreeNode node2 = new RtfTreeNode(RtfNodeType.Text, "Test", false, 0);
RtfTreeNode node3 = new RtfTreeNode(RtfNodeType.Text, "ulnone", false, 0);
newGroup.AppendChild(node1);
newGroup.AppendChild(node2);
newGroup.AppendChild(node3);
mainGroup.AppendChild(newGroup);
tree.RootNode.AppendChild(mainGroup);
//Navegación básica: tree
Assert.That(tree.RootNode, Is.Not.Null);
Assert.That(tree.MainGroup, Is.SameAs(mainGroup));
//Navegación básica: newGroup
Assert.That(newGroup.Tree, Is.SameAs(tree));
Assert.That(newGroup.ParentNode, Is.SameAs(mainGroup));
Assert.That(newGroup.RootNode, Is.SameAs(tree.RootNode));
Assert.That(newGroup.ChildNodes, Is.Not.Null);
Assert.That(newGroup[1], Is.SameAs(node2));
Assert.That(newGroup.ChildNodes[1], Is.SameAs(node2));
Assert.That(newGroup["ul"], Is.SameAs(node1));
Assert.That(newGroup.FirstChild, Is.SameAs(node1));
Assert.That(newGroup.LastChild, Is.SameAs(node3));
Assert.That(newGroup.PreviousSibling, Is.SameAs(rtfNode));
Assert.That(newGroup.NextSibling, Is.Null);
Assert.That(newGroup.Index, Is.EqualTo(1));
//Navegación básica: nodo2
Assert.That(node2.Tree, Is.SameAs(tree));
Assert.That(node2.ParentNode, Is.SameAs(newGroup));
Assert.That(node2.RootNode, Is.SameAs(tree.RootNode));
Assert.That(node2.ChildNodes, Is.Null);
Assert.That(node2[1], Is.Null);
Assert.That(node2["ul"], Is.Null);
Assert.That(node2.FirstChild, Is.Null);
Assert.That(node2.LastChild, Is.Null);
Assert.That(node2.PreviousSibling, Is.SameAs(node1));
Assert.That(node2.NextSibling, Is.SameAs(node3));
Assert.That(node2.Index, Is.EqualTo(1));
}
/// <summary>
/// Inserta el código RTF de la tabla de colores en el documento.
/// </summary>
private void InsertColorTable()
{
RtfTreeNode ctGroup = new RtfTreeNode(RtfNodeType.Group);
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "colortbl", false, 0));
for (int i = 0; i < colorTable.Count; i++)
{
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "red", true, colorTable[i].R));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "green", true, colorTable[i].G));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "blue", true, colorTable[i].B));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, ";", false, 0));
}
mainGroup.InsertChild(6, ctGroup);
}
public void AdjacentNodes()
{
//Creación de un árbol sencillo
RtfTree tree = new RtfTree();
RtfTreeNode mainGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode rtfNode = new RtfTreeNode(RtfNodeType.Keyword, "rtf", true, 0);
mainGroup.AppendChild(rtfNode);
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode node1 = new RtfTreeNode(RtfNodeType.Keyword, "ul", false, 0);
RtfTreeNode node2 = new RtfTreeNode(RtfNodeType.Text, "Test", false, 0);
RtfTreeNode node3 = new RtfTreeNode(RtfNodeType.Keyword, "ulnone", false, 0);
newGroup.AppendChild(node1);
newGroup.AppendChild(node2);
newGroup.AppendChild(node3);
mainGroup.AppendChild(newGroup);
tree.RootNode.AppendChild(mainGroup);
RtfTreeNode node4 = new RtfTreeNode(RtfNodeType.Text, "fin", false, 0);
mainGroup.AppendChild(node4);
Assert.That(tree.RootNode.NextNode, Is.SameAs(mainGroup));
Assert.That(mainGroup.NextNode, Is.SameAs(rtfNode));
Assert.That(rtfNode.NextNode, Is.SameAs(newGroup));
Assert.That(newGroup.NextNode, Is.SameAs(node1));
Assert.That(node1.NextNode, Is.SameAs(node2));
Assert.That(node2.NextNode, Is.SameAs(node3));
Assert.That(node3.NextNode, Is.SameAs(node4));
Assert.That(node4.NextNode, Is.Null);
Assert.That(node4.PreviousNode, Is.SameAs(node3));
Assert.That(node3.PreviousNode, Is.SameAs(node2));
Assert.That(node2.PreviousNode, Is.SameAs(node1));
Assert.That(node1.PreviousNode, Is.SameAs(newGroup));
Assert.That(newGroup.PreviousNode, Is.SameAs(rtfNode));
Assert.That(rtfNode.PreviousNode, Is.SameAs(mainGroup));
Assert.That(mainGroup.PreviousNode, Is.SameAs(tree.RootNode));
Assert.That(tree.RootNode.PreviousNode, Is.Null);
}
public void AdjacentNodes()
{
//Creación de un árbol sencillo
RtfTree tree = new RtfTree();
RtfTreeNode mainGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode rtfNode = new RtfTreeNode(RtfNodeType.Keyword, "rtf", true, 0);
mainGroup.AppendChild(rtfNode);
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode node1 = new RtfTreeNode(RtfNodeType.Keyword, "ul", false, 0);
RtfTreeNode node2 = new RtfTreeNode(RtfNodeType.Text, "Test", false, 0);
RtfTreeNode node3 = new RtfTreeNode(RtfNodeType.Keyword, "ulnone", false, 0);
newGroup.AppendChild(node1);
newGroup.AppendChild(node2);
newGroup.AppendChild(node3);
mainGroup.AppendChild(newGroup);
tree.RootNode.AppendChild(mainGroup);
RtfTreeNode node4 = new RtfTreeNode(RtfNodeType.Text, "fin", false, 0);
mainGroup.AppendChild(node4);
Assert.That(tree.RootNode.NextNode, Is.SameAs(mainGroup));
Assert.That(mainGroup.NextNode, Is.SameAs(rtfNode));
Assert.That(rtfNode.NextNode, Is.SameAs(newGroup));
Assert.That(newGroup.NextNode, Is.SameAs(node1));
Assert.That(node1.NextNode, Is.SameAs(node2));
Assert.That(node2.NextNode, Is.SameAs(node3));
Assert.That(node3.NextNode, Is.SameAs(node4));
Assert.That(node4.NextNode, Is.Null);
Assert.That(node4.PreviousNode, Is.SameAs(node3));
Assert.That(node3.PreviousNode, Is.SameAs(node2));
Assert.That(node2.PreviousNode, Is.SameAs(node1));
Assert.That(node1.PreviousNode, Is.SameAs(newGroup));
Assert.That(newGroup.PreviousNode, Is.SameAs(rtfNode));
Assert.That(rtfNode.PreviousNode, Is.SameAs(mainGroup));
Assert.That(mainGroup.PreviousNode, Is.SameAs(tree.RootNode));
Assert.That(tree.RootNode.PreviousNode, Is.Null);
}
/// <summary>
/// Inserta el código RTF de la tabla de fuentes en el documento.
/// </summary>
private void InsertFontTable()
{
RtfTreeNode ftGroup = new RtfTreeNode(RtfNodeType.Group);
ftGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fonttbl", false, 0));
for (int i = 0; i < fontTable.Count; i++)
{
RtfTreeNode ftFont = new RtfTreeNode(RtfNodeType.Group);
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "f", true, i));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fnil", false, 0));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Text, fontTable[i] + ";", false, 0));
ftGroup.AppendChild(ftFont);
}
mainGroup.InsertChild(5, ftGroup);
}
/// <summary>
/// Obtiene el código del color pasado como parámetro, insertándolo en la tabla de colores si es necesario.
/// </summary>
/// <param name="colorDestTbl">Tabla de colores resultante.</param>
/// <param name="iColorName">Color buscado.</param>
/// <returns>
/// Table index of requested color.
/// Note: If color wasn't present in the table, this method will add it!!!
/// </returns>
public int GetColorID(RtfColorTable colorDestTbl, Color iColorName)
{
int iExistingColorID;
if ((iExistingColorID = colorDestTbl.IndexOf(iColorName)) == -1)
{
iExistingColorID = colorDestTbl.Count;
colorDestTbl.AddColor(iColorName);
RtfTreeNode colorTableGroupNode = MainGroup.SelectSingleGroup("colortbl");
colorTableGroupNode.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "red", true, iColorName.R));
colorTableGroupNode.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "green", true, iColorName.G));
colorTableGroupNode.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "blue", true, iColorName.B));
colorTableGroupNode.AppendChild(new RtfTreeNode(RtfNodeType.Text, ";", false, 0));
}
return(iExistingColorID);
}
/// <summary>
/// Inserta una imagen en el documento.
/// </summary>
/// <param name="path">Ruta de la imagen a insertar.</param>
/// <param name="width">Ancho deseado de la imagen en el documento.</param>
/// <param name="height">Alto deseado de la imagen en el documento.</param>
public void AddImage(string path, int width, int height)
{
FileStream fStream = null;
BinaryReader br = null;
try
{
byte[] data = null;
FileInfo fInfo = new FileInfo(path);
long numBytes = fInfo.Length;
fStream = new FileStream(path, FileMode.Open, FileAccess.Read);
br = new BinaryReader(fStream);
data = br.ReadBytes((int)numBytes);
StringBuilder hexdata = new StringBuilder();
for (int i = 0; i < data.Length; i++)
{
hexdata.Append(GetHexa(data[i]));
}
Image img = Image.FromFile(path);
RtfTreeNode imgGroup = new RtfTreeNode(RtfNodeType.Group);
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pict", false, 0));
string format = "";
if (path.ToLower().EndsWith("wmf"))
{
format = "emfblip";
}
else
{
format = "jpegblip";
}
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, format, false, 0));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "picw", true, img.Width * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pich", true, img.Height * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "picwgoal", true, width * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pichgoal", true, height * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, hexdata.ToString(), false, 0));
mainGroup.AppendChild(imgGroup);
}
finally
{
br.Close();
fStream.Close();
}
}
/// <summary>
/// Obtiene el código de la fuente pasada como parámetro, insertándola en la tabla de fuentes si es necesario.
/// </summary>
/// <param name="fontDestTbl">Tabla de fuentes resultante.</param>
/// <param name="sFontName">Fuente buscada.</param>
/// <returns></returns>
private int getFontID(ref RtfFontTable fontDestTbl, string sFontName)
{
int iExistingFontID = -1;
if ((iExistingFontID = fontDestTbl.IndexOf(sFontName)) == -1)
{
fontDestTbl.AddFont(sFontName);
iExistingFontID = fontDestTbl.IndexOf(sFontName);
RtfNodeCollection nodeListToInsert = baseRtfDoc.RootNode.SelectNodes("fonttbl");
RtfTreeNode ftFont = new RtfTreeNode(RtfNodeType.Group);
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "f", true, iExistingFontID));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fnil", false, 0));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Text, sFontName + ";", false, 0));
nodeListToInsert[0].ParentNode.AppendChild(ftFont);
}
return(iExistingFontID);
}
/// <summary>
/// Obtiene el código de la fuente pasada como parámetro, insertándola en la tabla de fuentes si es necesario.
/// </summary>
/// <param name="fontDestTbl">Tabla de fuentes resultante.</param>
/// <param name="sFontName">Fuente buscada.</param>
/// <returns></returns>
private int getFontID(ref RtfFontTable fontDestTbl, string sFontName)
{
int iExistingFontID;
if ((iExistingFontID = fontDestTbl.IndexOf(sFontName)) == -1)
{
fontDestTbl.AddFont(sFontName);
iExistingFontID = fontDestTbl.IndexOf(sFontName);
RtfTreeNode fontTableGroupNode = baseRtfDoc.MainGroup.SelectSingleGroup("fonttbl");
RtfTreeNode ftFont = new RtfTreeNode(RtfNodeType.Group);
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "f", true, iExistingFontID));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fnil", false, 0));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Text, sFontName + ";", false, 0));
fontTableGroupNode.AppendChild(ftFont);
}
return(iExistingFontID);
}
public void AddChildToEmptyNode()
{
RtfTreeNode node = new RtfTreeNode();
Assert.That(node.ChildNodes, Is.Null);
RtfTreeNode childNode = new RtfTreeNode();
node.InsertChild(0, childNode);
Assert.That(node.ChildNodes, Is.Not.Null);
Assert.That(node.ChildNodes[0], Is.SameAs(childNode));
Assert.That(childNode.ChildNodes, Is.Null);
RtfTreeNode anotherChildNode = new RtfTreeNode();
childNode.AppendChild(anotherChildNode);
Assert.That(childNode.ChildNodes, Is.Not.Null);
Assert.That(childNode.ChildNodes[0], Is.SameAs(anotherChildNode));
}
/// <summary>
/// Appends the definition of single table row
/// </summary>
/// <param name="node">Where to append the rtf elemenets (consider this as output)</param>
/// <param name="cells">the definitions of the cells</param>
public static void AddTableRow(this RtfTreeNode node, TextCell[] cells)
{
node.AddKeyword("trowd");
node.AddKeyword("trgaph", 400);
int borderOffset = 0;
foreach (var cell in cells)
{
borderOffset += cell.Width;
node.AddSingleBorder(cell.BorderWidth);
node.AddKeyword("cellx", borderOffset);
}
foreach (var cell in cells)
{
node.AddKeyword("pard");
switch (cell.TextAlignement)
{
case TextAlignement.Centered:
node.AddCommand("qc"); break;
case TextAlignement.Left:
node.AddCommand("ql"); break;
default:
throw new NotSupportedException("Unexpected alignment");
}
var grp = new RtfTreeNode(RtfNodeType.Group);
if (cell.IsBold)
{
grp.AddCommand("b");
}
node.AddKeyword("intbl");
grp.AddText(cell.Text);
node.AppendChild(grp);
node.AddKeyword("cell");
}
node.AddKeyword("row");
}
public void AddChildToEmptyNode()
{
RtfTreeNode node = new RtfTreeNode();
Assert.That(node.ChildNodes, Is.Null);
RtfTreeNode childNode = new RtfTreeNode();
node.InsertChild(0, childNode);
Assert.That(node.ChildNodes, Is.Not.Null);
Assert.That(node.ChildNodes[0], Is.SameAs(childNode));
Assert.That(childNode.ChildNodes, Is.Null);
RtfTreeNode anotherChildNode = new RtfTreeNode();
childNode.AppendChild(anotherChildNode);
Assert.That(childNode.ChildNodes, Is.Not.Null);
Assert.That(childNode.ChildNodes[0], Is.SameAs(anotherChildNode));
}
/// <summary>
/// Analiza el documento y lo carga con estructura de árbol.
/// </summary>
/// <returns>Se devuelve el valor 0 en caso de no producirse ningún error en la carga del documento.
/// En caso contrario se devuelve el valor -1.</returns>
private int parseRtfTree()
{
//Resultado de la carga del documento
int res = 0;
//Codificación por defecto del documento
Encoding encoding = Encoding.Default;
//Nodo actual
RtfTreeNode curNode = rootNode;
//Nuevos nodos para construir el árbol RTF
RtfTreeNode newNode = null;
//Se obtiene el primer token
tok = lex.NextToken();
while (tok.Type != RtfTokenType.Eof)
{
switch (tok.Type)
{
case RtfTokenType.GroupStart:
newNode = new RtfTreeNode(RtfNodeType.Group, "GROUP", false, 0);
curNode.AppendChild(newNode);
curNode = newNode;
level++;
break;
case RtfTokenType.GroupEnd:
curNode = curNode.ParentNode;
level--;
break;
case RtfTokenType.Keyword:
case RtfTokenType.Control:
case RtfTokenType.Text:
if (mergeSpecialCharacters)
{
//Contributed by Jan Stuchlík
bool isText = tok.Type == RtfTokenType.Text || (tok.Type == RtfTokenType.Control && tok.Key == "'");
if (curNode.LastChild != null && (curNode.LastChild.NodeType == RtfNodeType.Text && isText))
{
if (tok.Type == RtfTokenType.Text)
{
curNode.LastChild.NodeKey += tok.Key;
break;
}
if (tok.Type == RtfTokenType.Control && tok.Key == "'")
{
curNode.LastChild.NodeKey += DecodeControlChar(tok.Parameter, encoding);
break;
}
}
else
{
//Primer caracter especial \'
if (tok.Type == RtfTokenType.Control && tok.Key == "'")
{
newNode = new RtfTreeNode(RtfNodeType.Text, DecodeControlChar(tok.Parameter, encoding), false, 0);
curNode.AppendChild(newNode);
break;
}
}
}
newNode = new RtfTreeNode(tok);
curNode.AppendChild(newNode);
if (mergeSpecialCharacters)
{
//Contributed by Jan Stuchlík
if (level == 1 && newNode.NodeType == RtfNodeType.Keyword && newNode.NodeKey == "ansicpg")
{
encoding = Encoding.GetEncoding(newNode.Parameter);
}
}
break;
default:
res = -1;
break;
}
//Se obtiene el siguiente token
tok = lex.NextToken();
}
//Si el nivel actual no es 0 ( == Algun grupo no está bien formado )
if (level != 0)
{
res = -1;
}
//Se devuelve el resultado de la carga
return(res);
}
/// <summary>
/// Cierra el documento RTF.
/// </summary>
public void Close()
{
InsertFontTable();
InsertColorTable();
InsertGenerator();
mainGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "par", false, 0));
tree.RootNode.AppendChild(mainGroup);
tree.SaveRtf(path);
}
public void SimpleTreeNavigation()
{
//Creación de un árbol sencillo
RtfTree tree = new RtfTree();
RtfTreeNode mainGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode rtfNode = new RtfTreeNode(RtfNodeType.Keyword, "rtf", true, 0);
mainGroup.AppendChild(rtfNode);
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
RtfTreeNode node1 = new RtfTreeNode(RtfNodeType.Keyword, "ul", false, 0);
RtfTreeNode node2 = new RtfTreeNode(RtfNodeType.Text, "Test", false, 0);
RtfTreeNode node3 = new RtfTreeNode(RtfNodeType.Text, "ulnone", false, 0);
newGroup.AppendChild(node1);
newGroup.AppendChild(node2);
newGroup.AppendChild(node3);
mainGroup.AppendChild(newGroup);
tree.RootNode.AppendChild(mainGroup);
//Navegación básica: tree
Assert.That(tree.RootNode, Is.Not.Null);
Assert.That(tree.MainGroup, Is.SameAs(mainGroup));
//Navegación básica: newGroup
Assert.That(newGroup.Tree, Is.SameAs(tree));
Assert.That(newGroup.ParentNode, Is.SameAs(mainGroup));
Assert.That(newGroup.RootNode, Is.SameAs(tree.RootNode));
Assert.That(newGroup.ChildNodes, Is.Not.Null);
Assert.That(newGroup[1], Is.SameAs(node2));
Assert.That(newGroup.ChildNodes[1], Is.SameAs(node2));
Assert.That(newGroup["ul"], Is.SameAs(node1));
Assert.That(newGroup.FirstChild, Is.SameAs(node1));
Assert.That(newGroup.LastChild, Is.SameAs(node3));
Assert.That(newGroup.PreviousSibling, Is.SameAs(rtfNode));
Assert.That(newGroup.NextSibling, Is.Null);
Assert.That(newGroup.Index, Is.EqualTo(1));
//Navegación básica: nodo2
Assert.That(node2.Tree, Is.SameAs(tree));
Assert.That(node2.ParentNode, Is.SameAs(newGroup));
Assert.That(node2.RootNode, Is.SameAs(tree.RootNode));
Assert.That(node2.ChildNodes, Is.Null);
Assert.That(node2[1], Is.Null);
Assert.That(node2["ul"], Is.Null);
Assert.That(node2.FirstChild, Is.Null);
Assert.That(node2.LastChild, Is.Null);
Assert.That(node2.PreviousSibling, Is.SameAs(node1));
Assert.That(node2.NextSibling, Is.SameAs(node3));
Assert.That(node2.Index, Is.EqualTo(1));
}
/// <summary>
/// Obtiene el código de la fuente pasada como parámetro, insertándola en la tabla de fuentes si es necesario.
/// </summary>
/// <param name="fontDestTbl">Tabla de fuentes resultante.</param>
/// <param name="sFontName">Fuente buscada.</param>
/// <returns></returns>
private int getFontID(ref RtfFontTable fontDestTbl, string sFontName)
{
int iExistingFontID = -1;
if ((iExistingFontID = fontDestTbl.IndexOf(sFontName)) == -1)
{
fontDestTbl.AddFont(sFontName);
iExistingFontID = fontDestTbl.IndexOf(sFontName);
RtfNodeCollection nodeListToInsert = baseRtfDoc.RootNode.SelectNodes("fonttbl");
RtfTreeNode ftFont = new RtfTreeNode(RtfNodeType.Group);
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "f", true, iExistingFontID));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fnil", false, 0));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Text, sFontName + ";", false, 0));
nodeListToInsert[0].ParentNode.AppendChild(ftFont);
}
return iExistingFontID;
}
/// <summary>
/// Inserta el código RTF de la tabla de colores en el documento.
/// </summary>
private void InsertColorTable()
{
RtfTreeNode ctGroup = new RtfTreeNode(RtfNodeType.Group);
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "colortbl", false, 0));
for (int i = 0; i < colorTable.Count; i++)
{
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "red", true, colorTable[i].R));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "green", true, colorTable[i].G));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "blue", true, colorTable[i].B));
ctGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, ";", false, 0));
}
mainGroup.InsertChild(6, ctGroup);
}
/// <summary>
/// Inserta el código RTF de la tabla de fuentes en el documento.
/// </summary>
private void InsertFontTable()
{
RtfTreeNode ftGroup = new RtfTreeNode(RtfNodeType.Group);
ftGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fonttbl", false, 0));
for(int i=0; i<fontTable.Count; i++)
{
RtfTreeNode ftFont = new RtfTreeNode(RtfNodeType.Group);
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "f", true, i));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "fnil", false, 0));
ftFont.AppendChild(new RtfTreeNode(RtfNodeType.Text, fontTable[i] + ";", false, 0));
ftGroup.AppendChild(ftFont);
}
mainGroup.InsertChild(5, ftGroup);
}
/// <summary>
/// Inserta una imagen en el documento.
/// </summary>
/// <param name="path">Ruta de la imagen a insertar.</param>
/// <param name="width">Ancho deseado de la imagen en el documento.</param>
/// <param name="height">Alto deseado de la imagen en el documento.</param>
public void AddImage(string path, int width, int height)
{
FileStream fStream = null;
BinaryReader br = null;
try
{
byte[] data = null;
FileInfo fInfo = new FileInfo(path);
long numBytes = fInfo.Length;
fStream = new FileStream(path, FileMode.Open, FileAccess.Read);
br = new BinaryReader(fStream);
data = br.ReadBytes((int)numBytes);
StringBuilder hexdata = new StringBuilder();
for (int i = 0; i < data.Length; i++)
{
hexdata.Append(GetHexa(data[i]));
}
Image img = Image.FromFile(path);
RtfTreeNode imgGroup = new RtfTreeNode(RtfNodeType.Group);
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pict", false, 0));
string format = "";
if (path.ToLower().EndsWith("wmf"))
format = "emfblip";
else
format = "jpegblip";
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, format, false, 0));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "picw", true, img.Width * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pich", true, img.Height * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "picwgoal", true, width * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pichgoal", true, height * 20));
imgGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, hexdata.ToString(), false, 0));
mainGroup.AppendChild(imgGroup);
}
finally
{
br.Close();
fStream.Close();
}
}
/// <param name="node">Where to append (add) results</param>
public static void AddKeyword(this RtfTreeNode node, string value)
{
node.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, value, false, 0));
}
/// <summary>
/// Inserta todos los nodos de texto y control necesarios para representar un texto determinado.
/// </summary>
/// <param name="parent">Nodo padre del fragmento de texto</param>
/// <param name="text">Texto a insertar.</param>
/// <param name="highlight">Resaltar el texto?</param>
private void InsertText(RtfTreeNode parent, string text, bool highlight = false)
{
int i = 0;
int code = 0;
RtfTreeNode textGroup = parent ?? this.mainGroup;
if (highlight && text.Length > 0)
{
int indColor = colorTable.IndexOf(Color.Yellow);
if (indColor == -1)
{
colorTable.AddColor(Color.Yellow);
indColor = colorTable.IndexOf(Color.Yellow);
}
textGroup = new RtfTreeNode(RtfNodeType.Group);
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, String.Format("highlight{0}", indColor), false, 0));
}
while (i < text.Length)
{
code = Char.ConvertToUtf32(text, i);
if (code >= 32 && code < 128)
{
StringBuilder s = new StringBuilder("");
while (i < text.Length && code >= 32 && code < 128)
{
s.Append(text[i]);
i++;
if (i < text.Length)
{
code = Char.ConvertToUtf32(text, i);
}
}
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, s.ToString(), false, 0));
}
else
{
if (text[i] == '\t')
{
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "tab", false, 0));
}
else if (text[i] == '\n')
{
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "line", false, 0));
}
else if (text[i] == '\r' && (i + 1) < text.Length && text.Substring(i, 2) == System.Environment.NewLine)
{
// Ignore carriage-return characters that make up a newline
}
else
{
if (code <= 255)
{
byte[] bytes = encoding.GetBytes(new char[] { text[i] });
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Control, "'", true, bytes[0]));
}
else
{
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "u", true, code));
textGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, "?", false, 0));
}
}
i++;
}
}
if (highlight && text.Length > 0)
{
(parent ?? this.mainGroup).AppendChild(textGroup);
}
}
/// <summary>
/// Inserta un número determinado de saltos de línea en el documento.
/// </summary>
/// <param name="n">Número de saltos de línea a insertar.</param>
public void AddNewLine(int n)
{
for (int i = 0; i < n; i++)
{
mainGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "line", false, 0));
}
}
/// <param name="node">Where to append (add) results</param>
public static void AddCommand(this RtfTreeNode node, string value)
{
node.AppendChild(new RtfTreeNode(RtfNodeType.Control, value, false, 0));
}
/// <summary>
/// Inserta el código RTF de la aplicación generadora del documento.
/// </summary>
private void InsertGenerator()
{
RtfTreeNode genGroup = new RtfTreeNode(RtfNodeType.Group);
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Control, "*", false, 0));
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "generator", false, 0));
genGroup.AppendChild(new RtfTreeNode(RtfNodeType.Text, "NRtfTree Library 1.3.0;", false, 0));
mainGroup.InsertChild(7, genGroup);
}
/// <param name="node">Where to append (add) results</param>
public static void AddKeyword(this RtfTreeNode node, string value, int parameter)
{
node.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, value, true, parameter));
}
/// <summary>
/// Inserta el nuevo árbol en el árbol base (como un nuevo grupo) eliminando toda la cabecera del documento insertado.
/// </summary>
/// <param name="parentNode">Grupo base en el que se insertará el nuevo arbol.</param>
/// <param name="treeToCopyParent">Nuevo árbol a insertar.</param>
/// <param name="intCurrIndex">Índice en el que se insertará el nuevo árbol dentro del grupo base.</param>
private void execMergeDoc(RtfTreeNode parentNode, RtfTree treeToCopyParent, int intCurrIndex)
{
//Se busca el primer "\pard" del documento (comienzo del texto)
RtfTreeNode nodePard = treeToCopyParent.RootNode.FirstChild.SelectSingleChildNode("pard");
//Se obtiene el índice del nodo dentro del principal
int indPard = treeToCopyParent.RootNode.FirstChild.ChildNodes.IndexOf(nodePard);
//Se crea el nuevo grupo
RtfTreeNode newGroup = new RtfTreeNode(RtfNodeType.Group);
//Se resetean las opciones de párrafo y fuente
newGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "pard", false, 0));
newGroup.AppendChild(new RtfTreeNode(RtfNodeType.Keyword, "plain", false, 0));
//Se inserta cada nodo hijo del documento nuevo en el documento base
for (int i = indPard + 1; i < treeToCopyParent.RootNode.FirstChild.ChildNodes.Count; i++)
{
RtfTreeNode newNode =
treeToCopyParent.RootNode.FirstChild.ChildNodes[i].CloneNode(true);
newGroup.AppendChild(newNode);
}
//Se inserta el nuevo grupo con el nuevo documento
parentNode.InsertChild(intCurrIndex, newGroup);
}
