public void WriteBinaryXmlElement(BinaryXmlElement binElem)
{
this.Write(binElem.elementNameID);
this.Write(binElem.elementValueID);
this.Write(binElem.attributeCount);
this.Write(binElem.attributeStartID);
this.Write(binElem.childElementCount);
this.Write(binElem.childElementStartID);
}
public void WriteBinaryXmlElement(BinaryXmlElement binElem)
{
this.Write(binElem.elementNameID);
this.Write(binElem.elementValueID);
this.Write(binElem.attributeCount);
this.Write(binElem.attributeStartID);
this.Write(binElem.childElementCount);
this.Write(binElem.childElementStartID);
}
public void BuildBinXml(XmlElement elem, Dictionary<string, int> valuesToID, List<BinaryXmlElement> xmlElems, List<BinaryXmlAttribute> xmlAttrs, int childElemIndex = 0)
{
if (childElemIndex == 0)
{
xmlElems.Add(new BinaryXmlElement());
}
BinaryXmlElement binElem = new BinaryXmlElement();
int currentIndex = xmlElems.Count - 1;
// Element Name String
if (!valuesToID.ContainsKey(elem.Name))
{
binElem.elementNameID = valuesToID.Count;
valuesToID.Add(elem.Name, valuesToID.Count);
}
else
{
binElem.elementNameID = valuesToID[elem.Name];
}
binElem.attributeStartID = elem.Attributes.Count > 0 ? xmlAttrs.Count : 0;
binElem.attributeCount = elem.Attributes.Count;
foreach (XmlAttribute attr in elem.Attributes)
{
BinaryXmlAttribute binAttr = new BinaryXmlAttribute();
// Attribute Name String
if (!valuesToID.ContainsKey(attr.Name))
{
binAttr.nameID = valuesToID.Count;
valuesToID.Add(attr.Name, valuesToID.Count);
}
else
{
binAttr.nameID = valuesToID[attr.Name];
}
// Attribute Value String
if (!valuesToID.ContainsKey(attr.Value))
{
binAttr.valueID = valuesToID.Count;
valuesToID.Add(attr.Value, valuesToID.Count);
}
else
{
binAttr.valueID = valuesToID[attr.Value];
}
xmlAttrs.Add(binAttr);
}
// Element Value or Child Elements
// Set its childElementStartID to the next available index for binary xml elements
// AKA the current count, will be overwritten if element actually has child nodes
binElem.childElementStartID = xmlElems.Count;
if (elem.HasChildNodes)
{
// Values inside of an element are considered child nodes like <element>ThisValue</element>
// More Specifically they're called "XmlText" or Text Nodes
if (elem.ChildNodes[0].NodeType == XmlNodeType.Text)
{
//System.Windows.Forms.MessageBox.Show("daasda22222222222222222");
XmlText textNode = (XmlText)elem.ChildNodes[0];
if (textNode.Value != null)
{
if (!valuesToID.ContainsKey(textNode.Value))
{
binElem.elementValueID = valuesToID.Count;
valuesToID.Add(textNode.Value, valuesToID.Count);
}
else
{
binElem.elementValueID = valuesToID[textNode.Value];
}
}
}
else
{
binElem.childElementStartID = xmlElems.Count;
binElem.childElementCount = elem.ChildNodes.Count;
xmlElems.AddRange(new BinaryXmlElement[elem.ChildNodes.Count]);
int i = binElem.childElementStartID;
foreach (XmlElement childElem in elem.ChildNodes)
{
BuildBinXml(childElem, valuesToID, xmlElems, xmlAttrs, i);
i++;
}
}
}
// Update the xmlElems Entry
if (childElemIndex == 0)
{
xmlElems[currentIndex] = binElem;
}
else
{
xmlElems[childElemIndex] = binElem;
}
}
public void BuildBinXml(XmlElement elem, Dictionary <string, int> valuesToID, List <BinaryXmlElement> xmlElems, List <BinaryXmlAttribute> xmlAttrs, int childElemIndex = 0)
{
if (childElemIndex == 0)
{
xmlElems.Add(new BinaryXmlElement());
}
BinaryXmlElement binElem = new BinaryXmlElement();
int currentIndex = xmlElems.Count - 1;
// Element Name String
if (!valuesToID.ContainsKey(elem.Name))
{
binElem.elementNameID = valuesToID.Count;
valuesToID.Add(elem.Name, valuesToID.Count);
}
else
{
binElem.elementNameID = valuesToID[elem.Name];
}
binElem.attributeStartID = elem.Attributes.Count > 0 ? xmlAttrs.Count : 0;
binElem.attributeCount = elem.Attributes.Count;
foreach (XmlAttribute attr in elem.Attributes)
{
BinaryXmlAttribute binAttr = new BinaryXmlAttribute();
// Attribute Name String
if (!valuesToID.ContainsKey(attr.Name))
{
binAttr.nameID = valuesToID.Count;
valuesToID.Add(attr.Name, valuesToID.Count);
}
else
{
binAttr.nameID = valuesToID[attr.Name];
}
// Attribute Value String
if (!valuesToID.ContainsKey(attr.Value))
{
binAttr.valueID = valuesToID.Count;
valuesToID.Add(attr.Value, valuesToID.Count);
}
else
{
binAttr.valueID = valuesToID[attr.Value];
}
xmlAttrs.Add(binAttr);
}
// Element Value or Child Elements
// Set its childElementStartID to the next available index for binary xml elements
// AKA the current count, will be overwritten if element actually has child nodes
binElem.childElementStartID = xmlElems.Count;
if (elem.HasChildNodes)
{
// Values inside of an element are considered child nodes like <element>ThisValue</element>
// More Specifically they're called "XmlText" or Text Nodes
if (elem.ChildNodes[0].NodeType == XmlNodeType.Text)
{
//System.Windows.Forms.MessageBox.Show("daasda22222222222222222");
XmlText textNode = (XmlText)elem.ChildNodes[0];
if (textNode.Value != null)
{
if (!valuesToID.ContainsKey(textNode.Value))
{
binElem.elementValueID = valuesToID.Count;
valuesToID.Add(textNode.Value, valuesToID.Count);
}
else
{
binElem.elementValueID = valuesToID[textNode.Value];
}
}
}
else
{
binElem.childElementStartID = xmlElems.Count;
binElem.childElementCount = elem.ChildNodes.Count;
xmlElems.AddRange(new BinaryXmlElement[elem.ChildNodes.Count]);
int i = binElem.childElementStartID;
foreach (XmlElement childElem in elem.ChildNodes)
{
BuildBinXml(childElem, valuesToID, xmlElems, xmlAttrs, i);
i++;
}
}
}
// Update the xmlElems Entry
if (childElemIndex == 0)
{
xmlElems[currentIndex] = binElem;
}
else
{
xmlElems[childElemIndex] = binElem;
}
}