public static string Parse(XmlNode node, int indentLevel)
{
if (node == null)
{
return("");
}
string output = "";
string indentString = new string(' ', indentLevel * 4);
XmlNodeList handlers = node.SelectNodes(".//*[@Key='ErrorHandlers']/ErrorHandler/Boolean[@Key='IsEnabled' and @Value='True']/..");
foreach (XmlNode handler in handlers)
{
string conditionType = handler.SelectSingleNode(".//ErrorConditionType/@Value").Value;
string errorName = "";
if (conditionType == "Simple")
{
errorName = handler.SelectSingleNode(".//*[@Key=\"SimpleConditionErrorName\"]/@Value").Value;
}
else if (conditionType == "Complex")
{
string dummy;
ConditionXmlToTxt.ParseCondition(handler.SelectSingleNode(".//*[@Key=\"ComplexCondition\"]"), out errorName, out dummy, out dummy, out dummy);
}
else
{
errorName = "ErrorHandlingToTxt - unknown condition type: " + conditionType;
}
string handlerName = handler.SelectSingleNode(".//*[@Key=\"Name\"]/@Value").Value;
output += indentString + "catch (" + errorName + ")" + " // " + handlerName + "\r\n" + indentString + "{" + "\r\n";
XmlNodeList actions = handler.SelectNodes(".//*[@Key=\"Actions\"]/*/Boolean[@Key=\"IsEnabled\" and @Value=\"True\"]/..");
foreach (XmlNode action in actions)
{
string actionStr = ParseAction(action, indentLevel + 1);
output += actionStr + "\r\n";
}
XmlNode terminationAction = handler.SelectSingleNode(".//*[@Key=\"TerminationAction\"]");
if (terminationAction.Name != "Null")
{
string isEnabled = terminationAction.SelectSingleNode(".//*[@Key=\"IsEnabled\"]/@Value").Value;
if (isEnabled == "True")
{
output += "\r\n" + indentString + " " + ParseTermination(terminationAction);
}
}
output += indentString + "}\r\n";
}
return(output);
}
public static void ParseCondition(XmlNode condition, out string conditionTxt, out string left, out string operatorType, out string right)
{
left = "";
right = "";
operatorType = "";
conditionTxt = "";
string xml = condition.OuterXml;
if (xml.StartsWith("<BinaryExpression Key=\"Left\">") ||
xml.StartsWith("<BinaryExpression Key=\"Right\">") ||
xml.StartsWith("<BinaryExpression"))
{
XmlNodeList operators = condition.SelectNodes("BinaryOperator");
operatorType = ConvertOperator(operators[operators.Count - 1].Attributes["Value"].Value);
XmlNode Left = condition.SelectSingleNode("*[@Key='Left']");
XmlNode Right = condition.SelectSingleNode("*[@Key='Right']");
string leftTxt, rightTxt, dummy;
ParseCondition(Left, out leftTxt, out dummy, out dummy, out dummy);
ParseCondition(Right, out rightTxt, out dummy, out dummy, out dummy);
conditionTxt = "(" + leftTxt + " " + operatorType + " " + rightTxt + ")";
}
else if (xml.StartsWith("<CriteriaInputExpression"))
{
XmlNode child = condition.SelectSingleNode("*[@Key='InnerExpression']");
string dummy;
ConditionXmlToTxt.ParseCondition(child, out conditionTxt, out dummy, out dummy, out dummy);
}
else if (xml.StartsWith("<GroupExpression") ||
xml.StartsWith("<BinaryExpression Key=\"Expression\">"))
{
XmlNode child = condition.ChildNodes[0];
string dummy;
ConditionXmlToTxt.ParseCondition(child, out conditionTxt, out dummy, out dummy, out dummy);
}
else if (xml.StartsWith("<ConstantExpression"))
{
XmlNode DataType = condition.SelectSingleNode(".//DataType/@Value");
string value = condition.SelectSingleNode(".//*[@Key='Value']/@Value").Value;
if (DataType.Value == "String")
{
conditionTxt = "\"" + value + "\"";
}
else
{
conditionTxt = value;
}
}
else if (xml.StartsWith("<StringConverterExpression"))
{
XmlNode child = condition.SelectSingleNode(".//*[@Key='Expression']");
string value, dummy;
ConditionXmlToTxt.ParseCondition(child, out value, out dummy, out dummy, out dummy);
conditionTxt = value;
}
else if (xml.StartsWith("<VariableExpression"))
{
XmlNode varxml = condition.SelectSingleNode(".//String[@Key='Name']/@Value");
conditionTxt = "{" + varxml.Value + "}";
}
else if (xml.StartsWith("<ExpressionDecorator"))
{
XmlNode decorator = condition.SelectSingleNode("./*");
string dummy;
ConditionXmlToTxt.ParseCondition(decorator, out conditionTxt, out dummy, out dummy, out dummy);
if (conditionTxt.StartsWith("{") == false)
{
conditionTxt = "{" + conditionTxt;
}
if (conditionTxt.EndsWith("}") == false)
{
conditionTxt = conditionTxt + "}";
}
}
else if (xml.StartsWith("<TrinaryExpression"))
{
}
else if (xml.StartsWith("<StepResultExpression"))
{
XmlNode varxml = condition.SelectSingleNode(".//*[@Key='Result']/@Value");
conditionTxt = "{" + varxml.Value + "}";
}
else if (xml.StartsWith("<FunctionCall"))
{
XmlNode function = condition.SelectSingleNode(".//*[@Key='FunctionName']");
string funcname = function.Attributes["Value"].Value;
XmlNode parameters = condition.SelectSingleNode(".//*[@Key='Parameters']/*");
if (parameters != null)
{
string paramsTxt, dummy;
ConditionXmlToTxt.ParseCondition(parameters, out paramsTxt, out dummy, out dummy, out dummy);
conditionTxt = funcname + "(" + paramsTxt + ")";
}
else
{
conditionTxt = funcname;
}
}
else if (xml.StartsWith("<IndexedVariableExpression") ||
xml.StartsWith("<IndexedMatrixVariableExpression") ||
xml.StartsWith("<MatrixSubColVariableExpression") ||
xml.StartsWith("<MatrixSubRowVariableExpression") ||
xml.StartsWith("<RangeIndexedMatrixVariableExpression") ||
xml.StartsWith("<RangeIndexedVariableExpression") ||
xml.StartsWith("<RowRangeIndexedMatrixVariableExpression") ||
xml.StartsWith("<MatrixRowVariableExpressionLogicalTreeProvider") ||
xml.StartsWith("<UnaryExpression") ||
xml.StartsWith("<ConcatenationExpression") ||
xml.StartsWith("<VectorBuilder") ||
xml.StartsWith("<Null"))
{
conditionTxt = TextfieldToTxt.Parse(condition);
return;
}
else if (xml.StartsWith("<ParameterExpressionBinder"))
{
}
else if (xml.StartsWith("<CriteriaInputExpression"))
{
}
else if (xml.StartsWith("<MatrixColVariableExpressionLogicalTreeProvider"))
{
conditionTxt = TextfieldToTxt.Parse(condition);
}
else if (xml.StartsWith("<MemberExpression"))
{
if (condition.FirstChild.Name == "MemberExpression")
{
XmlNode Left = condition.SelectSingleNode(".//String[@Key='Name' or @Key='FunctionName']");
XmlNodeList Right = condition.SelectNodes(".//*[@Key='Right']");
conditionTxt = "{" + Left.Attributes["Value"].Value + "."; // +Right.Attributes["Value"].Value + "}";
int rc = 0;
foreach (XmlNode r in Right)
{
conditionTxt += r.Attributes["Value"].Value;
if (rc < Right.Count - 1)
{
conditionTxt += ".";
}
rc++;
}
conditionTxt += "}";
}
else
{
XmlNode Left = condition.SelectSingleNode(".//String[@Key='Name' or @Key='FunctionName']");
XmlNode Right = condition.SelectSingleNode("*[@Key='Right']");
conditionTxt = "{" + Left.Attributes["Value"].Value + "." + Right.Attributes["Value"].Value + "}";
}
}
else
{
conditionTxt = "ConditionXmlToTxt.ParseCondition - unidentified condition: " + condition.Name;
}
if (conditionTxt.Length == 0)
{
conditionTxt = "ConditionXmlToTxt.ParseCondition - unhandled condition: " + condition.Name;
}
}
public static string Parse(XmlNode node)
{
string output = null;
string xml = node.OuterXml;
if (xml.StartsWith("<ConstantExpression"))
{
output = ConstantExpressionToTxt(node);
}
else if (xml.StartsWith("<ConcatenationExpression"))
{
XmlNode concatType = node.SelectSingleNode(".//StringExpressionsConcator/@Key");
if (concatType == null)
{
concatType = node.SelectSingleNode(".//PasswordExpressionsConcator/@Key");
}
if (concatType == null)
{
concatType = node.SelectSingleNode(".//Null/@Key");
}
if (concatType.Value == "Concator")
{
XmlNodeList parts = node.SelectNodes(".//List/*");
string dummy;
string curpart;
output = "";
foreach (XmlNode part in parts)
{
ConditionXmlToTxt.ParseCondition(part, out curpart, out dummy, out dummy, out dummy);
output += curpart;
}
}
else
{
output = "TextfieldToTxt - ConcatenationExpression - unknown concatenation type: " + concatType.Value;
}
}
else if (xml.StartsWith("<StringConcatenationExpression"))
{
XmlNodeList parts = node.SelectNodes(".//List/*");
string dummy;
string curpart;
output = "";
foreach (XmlNode part in parts)
{
ConditionXmlToTxt.ParseCondition(part, out curpart, out dummy, out dummy, out dummy);
output += curpart;
}
}
else if (xml.StartsWith("<BinaryExpression") ||
xml.StartsWith("<GroupExpression") ||
xml.StartsWith("<MemberExpression") ||
xml.StartsWith("<ExpressionDecorator"))
{
string dummy;
ConditionXmlToTxt.ParseCondition(node, out output, out dummy, out dummy, out dummy);
}
else if (xml.StartsWith("<VariableExpression"))
{
output = VariableExpressionToTxt(node);
}
else if (xml.StartsWith("<Null"))
{
output = "";
}
else if (xml.StartsWith("<RangeIndexedVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Vector")
{
string variable = TextfieldToTxt.Parse(node.SelectSingleNode("*"));
XmlNode rowstart = node.SelectSingleNode(".//Range/*[@Key='Start']");
XmlNode rowend = node.SelectSingleNode(".//Range/*[@Key='End']");
output = variable.Replace("}", "(" + TextfieldToTxt.Parse(rowstart) + ":" + TextfieldToTxt.Parse(rowend) + ")}");
}
else
{
output = "TextfieldToTxt - RangeIndexedVariableExpression - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<AssignmentStatement"))
{
string source = TextfieldToTxt.Parse(node.SelectSingleNode(".//*[@Key='Source']"));
string target = TextfieldToTxt.Parse(node.SelectSingleNode(".//*[@Key='Target']"));
string operatorType = node.SelectSingleNode(".//AssignmentOperator/@Value").Value;
output = target;
switch (operatorType)
{
case "Assignment":
output += " = " + source;
break;
case "PlusAssignment":
output += " += " + source;
break;
case "MinusAssignment":
output += " -= " + source;
break;
case "MultiplyAssignment":
output += " *= " + source;
break;
case "DivideAssignment":
output += " /= " + source;
break;
default:
output += " TextfieldToTxt - AssignmentStatement - unknown operator: " + operatorType + " " + source;
break;
}
}
else if (xml.StartsWith("<IndexedVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Vector")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode col = node.SelectSingleNode("*[@Key='Index']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(col) + ")}");
}
else
{
output = "TextfieldToTxt - IndexedVariableExpression - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<FunctionCall"))
{
string dummy;
ConditionXmlToTxt.ParseCondition(node, out output, out dummy, out dummy, out dummy);
}
else if (xml.StartsWith("<CodeBlock"))
{
output = "";
XmlNodeList innerList = node.SelectSingleNode(".//List[@Key='Statements']").ChildNodes;
foreach (XmlNode statement in innerList)
{
output += TextfieldToTxt.Parse(statement) + "\r\n";
}
}
else if (xml.StartsWith("<IndexedMatrixVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode row = node.SelectSingleNode("*[@Key='IndexRow']");
XmlNode col = node.SelectSingleNode("*[@Key='IndexCol']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(row) + "," + TextfieldToTxt.Parse(col) + ")}");
}
else
{
output = "TextfieldToTxt - IndexedMatrixVariableExpression - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<MatrixSubColVariableExpressionLogicalTreeProvider"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode rowstart = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='Start']");
XmlNode rowend = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='End']");
XmlNode col = node.SelectSingleNode("*[@Key='ColIndex']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(rowstart) + ":" + TextfieldToTxt.Parse(rowend) + "," + TextfieldToTxt.Parse(col) + ")}");
}
else
{
output = "TextfieldToTxt - MatrixSubColVariableExpressionLogicalTreeProvider - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<MatrixSubRowVariableExpressionLogicalTreeProvider"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode colstart = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='Start']");
XmlNode colend = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='End']");
XmlNode row = node.SelectSingleNode("*[@Key='RowIndex']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(row) + "," + TextfieldToTxt.Parse(colstart) + ":" + TextfieldToTxt.Parse(colend) + ")}");
}
else
{
output = "TextfieldToTxt - MatrixSubRowVariableExpressionLogicalTreeProvider - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<RangeIndexedMatrixVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode rowstart = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='Start']");
XmlNode rowend = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='End']");
XmlNode colstart = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='Start']");
XmlNode colend = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='End']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(rowstart) + ":" + TextfieldToTxt.Parse(rowend) + "," + TextfieldToTxt.Parse(colstart) + ":" + TextfieldToTxt.Parse(colend) + ")}");
}
else
{
output = "TextfieldToTxt - MatrixSubColVariableExpressionLogicalTreeProvider - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<MatrixColVariableExpressionLogicalTreeProvider"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode col = node.SelectSingleNode("*[@Key='ColIndex']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(:," + TextfieldToTxt.Parse(col) + ")}");
}
else
{
output = "TextfieldToTxt - MatrixColVariableExpressionLogicalTreeProvider - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<MatrixRowVariableExpressionLogicalTreeProvider"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode row = node.SelectSingleNode("*[@Key='RowIndex']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(row) + ",:)}");
}
else
{
output = "TextfieldToTxt - MatrixRowVariableExpressionLogicalTreeProvider - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<RowRangeIndexedMatrixVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode rowstart = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='Start']");
XmlNode rowend = node.SelectSingleNode(".//Range[@Key='RowRange']/*[@Key='End']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(" + TextfieldToTxt.Parse(rowstart) + ":" + TextfieldToTxt.Parse(rowend) + ",:)}");
}
else
{
output = "TextfieldToTxt - RowRangeIndexedMatrixVariableExpression - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<ColRangeIndexedMatrixVariableExpression"))
{
XmlNode dimension = node.SelectSingleNode("*/@Key");
if (dimension.Value == "Matrix")
{
XmlNode variable = node.SelectSingleNode("*");
XmlNode colstart = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='Start']");
XmlNode colend = node.SelectSingleNode(".//Range[@Key='ColRange']/*[@Key='End']");
output = TextfieldToTxt.Parse(variable).Replace("}", "(:," + TextfieldToTxt.Parse(colstart) + ":" + TextfieldToTxt.Parse(colend) + ")}");
}
else
{
output = "TextfieldToTxt - ColRangeIndexedMatrixVariableExpression - unknown dimension: " + dimension.Value;
}
}
else if (xml.StartsWith("<Boolean ") ||
xml.StartsWith("<Double ") ||
xml.StartsWith("<DataDimension ") ||
xml.StartsWith("<String ") ||
xml.StartsWith("<ReadBufferType ") ||
xml.StartsWith("<DllHostType ") ||
xml.StartsWith("<PaddingOptions ") ||
xml.StartsWith("<LaunchMode ") ||
xml.StartsWith("<Int32 "))
{
output = node.Attributes["Value"].Value;
}
else if (xml.StartsWith("<TrimWhitespaceOptions"))
{
output = node.Attributes["Value"].Value;
}
else if (xml.StartsWith("<Password "))
{
output = "\"" + node.SelectSingleNode(".//*[@Key='Password']/@Value").Value + "\"" + " // (encrypted value)";
}
else if (xml.StartsWith("<VectorString"))
{
XmlNodeList elements = node.SelectNodes(".//*[@Key='Elements']/KeyValuePair");
int count = int.Parse(node.SelectSingleNode(".//*[@Key='Size']/@Value").Value);
output = "";
string[] values = new string[count];
for (int i = 0; i < count; i++)
{
values[i] = "\"\"";
}
foreach (XmlNode element in elements)
{
int index = int.Parse(element.SelectSingleNode(".//*[@Key='HashKey']/@Value").Value);
string value = element.SelectSingleNode(".//*[@Key='HashValue']/@Value").Value;
values[index] = "\"" + value + "\"";
}
output = "[" + String.Join(", ", values) + "]";
}
else if (xml.StartsWith("<VectorNumeric"))
{
XmlNodeList elements = node.SelectNodes(".//*[@Key='Elements']/KeyValuePair");
int count = int.Parse(node.SelectSingleNode(".//*[@Key='ElementCount']/@Value").Value);
output = "";
int[] numbers = new int[count];
Array.Clear(numbers, 0, numbers.Length);
foreach (XmlNode element in elements)
{
int index = int.Parse(element.SelectSingleNode(".//*[@Key='HashKey']/@Value").Value);
int value = int.Parse(element.SelectSingleNode(".//*[@Key='HashValue']/@Value").Value);
numbers[index] = value;
}
output = "[" + String.Join(", ", numbers) + "]";
}
else if (xml.StartsWith("<MatrixString") ||
xml.StartsWith("<MatrixNumeric"))
{
XmlNodeList vectors = node.SelectNodes(".//List[@Key='Vectors']/*");
string curpart;
output = "";
int c = 0;
foreach (XmlNode vect in vectors)
{
curpart = TextfieldToTxt.Parse(vect);
curpart = curpart.Substring(1, curpart.Length - 2);
output += curpart + "; ";
c++;
}
if (output.Length == 0)
{
output = "[;]";
}
else
{
output = "[" + output + "]";
}
}
else if (xml.StartsWith("<RangeEndExpression"))
{
output = "end";
}
else if (xml.StartsWith("<SessionInfo"))
{
if (node.SelectSingleNode(".//Guid/@Value").Value == "00000000-0000-0000-0000-000000000000")
{
output = "null";
}
else
{
output = "TextfieldToTxt - SessionInfo - unhandled session with id";
}
}
else if (xml.StartsWith("<NamedParameterInfo"))
{
string name = node.SelectSingleNode(".//*[@Key='Name']/@Value").Value;
string value = TextfieldToTxt.Parse(node.SelectSingleNode(".//*[@Key='Value']"));
output = name + " = " + value;
}
else if (xml.StartsWith("<VectorBuilder"))
{
XmlNodeList cells = node.SelectNodes(".//*[@Key='Cells']/*");
string dummy;
string curpart;
output = "";
int c = 0;
foreach (XmlNode cell in cells)
{
ConditionXmlToTxt.ParseCondition(cell, out curpart, out dummy, out dummy, out dummy);
output += curpart + (c < cells.Count - 1 ? ", ":"");
c++;
}
output = "[" + output + "]";
}
else if (xml.StartsWith("<WhileStatement"))
{
XmlNode codeblock = node.SelectSingleNode(".//*[@Key='CodeBlock']");
XmlNode condition = node.SelectSingleNode(".//*[@Key='Condition']");
bool isDoWhile = bool.Parse(node.SelectSingleNode(".//*[@Key='IsVerifyAfter']/@Value").Value);
if (isDoWhile)
{
output = "do" + "\r\n";
output += TextfieldToTxt.Parse(codeblock);
output += "while" + TextfieldToTxt.Parse(condition) + "\r\n";
}
else
{
output = "while " + TextfieldToTxt.Parse(condition) + "\r\n";
output += TextfieldToTxt.Parse(codeblock) + "end" + "\r\n";
}
}
else if (xml.StartsWith("<ForStatement"))
{
XmlNode codeblock = node.SelectSingleNode(".//*[@Key='CodeBlock']");
XmlNode index = node.SelectSingleNode(".//*[@Key='Index']");
XmlNode binary = node.SelectSingleNode(".//BinaryExpression");
output = "for (" + TextfieldToTxt.Parse(index) + " = " + TextfieldToTxt.Parse(binary) + ")" + "\r\n";
output += TextfieldToTxt.Parse(codeblock) + "end" + "\r\n";
}
else if (xml.StartsWith("<IfStatement") || xml.StartsWith("<ConditionedCodeBlock"))
{
XmlNode codeblock = node.SelectSingleNode(".//*[@Key='CodeBlock']");
XmlNode condition = node.SelectSingleNode(".//*[@Key='Condition']");
XmlNode elseblock = node.SelectSingleNode(".//*[@Key='Else']");
XmlNode elseifs = node.SelectSingleNode(".//*[@Key='ElseIfs']");
output = "if " + TextfieldToTxt.Parse(condition) + "\r\n";
output += TextfieldToTxt.Parse(codeblock);
if (elseifs != null && elseifs.ChildNodes.Count > 0)
{
foreach (XmlNode item in elseifs.ChildNodes)
{
output += "else" + TextfieldToTxt.Parse(item);
}
}
if (elseblock != null && elseblock.Name != "Null")
{
output += "else" + "\r\n";
output += TextfieldToTxt.Parse(elseblock);
}
if (xml.StartsWith("<IfStatement"))
{
output += "end";
}
}
else if (xml.StartsWith("<UnaryExpression"))
{
string target = TextfieldToTxt.Parse(node.SelectSingleNode(".//*[@Key='Expression']"));
string operatorType = node.SelectSingleNode(".//UnaryOperator/@Value").Value;
if (operatorType == "AutoIncrement")
{
output = target + "++";
}
else if (operatorType == "AutoDecrement")
{
output = target + "--";
}
else if (operatorType == "Negate")
{
output = "-" + target;
}
else
{
output = "TextfieldToTxt - UnaryExpression - unknown operator: " + operatorType;
}
}
else if (xml.StartsWith("<MatrixBuilder"))
{
XmlNodeList lists = node.SelectNodes(".//*[@Key='Cells']/*");
string dummy;
string curpart;
output = "";
int c = 0;
foreach (XmlNode list in lists)
{
XmlNodeList cells = list.SelectNodes("./*");
foreach (XmlNode cell in cells)
{
ConditionXmlToTxt.ParseCondition(cell, out curpart, out dummy, out dummy, out dummy);
output += curpart + (c < cells.Count - 1 ? ", " : "");
c++;
}
output += ";";
}
output = "[" + output + "]";
}
else
{
return("TextfieldToTxt - unidentified xml: " + xml);
}
if (output == null)
{
return("TextfieldToTxt - not implemented xml: " + node.Name);
}
return(output);
}