protected void AppendSourceEvalation(string origParentName, XmlNode attach, XmlNode childNode)
{
{
{
{
string ts = "<template>" + ToXmlValue(childNode) + "</template>";
var tchiuld = getNodeAndSetSiblingNode(ts, childNode);
string ost = tchiuld.OuterXml;
LineInfoElementImpl.unsetReadonly(tchiuld);
Unifiable processChildNode = ProcessChildNode(tchiuld);
SaveResultOnChild(childNode, processChildNode);
var readNode = getNodeAndSetSiblingNode("<node>" + Unifiable.InnerXmlText(childNode) + "</node>", childNode);
LineInfoElementImpl.unsetReadonly(readNode);
if (readNode.ChildNodes.Count == 1)
{
XmlNode chilz = readNode.ChildNodes[0];
LineInfoElementImpl.chopParent(chilz);
attach.AppendChild(chilz);
return;
}
foreach (XmlNode child in readNode.ChildNodes)
{
LineInfoElementImpl.unsetReadonly(child);
attach.AppendChild(child.CloneNode(true));
}
}
}
}
}
protected override string InnerSource()
{
if (templateNode.Name.ToLower() == "condition")
{
// heuristically work out the type of condition being Processed
int tncount = AttributesCount(templateNode, "name,value");
if (tncount == 2) // block
{
Unifiable name = GetAttribValue("name", null);
Unifiable value = GetAttribValue("value", null);
if ((name != null) & (value != null))
{
Unifiable actualValue = query.grabSetting(name);
if (IsPredMatch(value, actualValue, query))
{
Succeed();
return(Unifiable.InnerXmlText(templateNode));
}
return(Unifiable.Empty);
}
UnknownCondition();
}
else if (tncount == 1) // single predicate
{
if (templateNode.Attributes[0].Name == "name")
{
string name = GetAttribValue("name", String.Empty);
foreach (XmlNode childLINode in templateNode.ChildNodes)
{
int cac = AttributesCount(childLINode, "name,value");
if (childLINode.Name.ToLower() == "li")
{
if (cac == 1)
{
if (childLINode.Attributes[0].Name.ToLower() == "value")
{
bool succeed;
Unifiable actualValue = GetActualValue(childLINode, name, childLINode.Name, out succeed, query);;
Unifiable value = GetAttribValue <Unifiable>(childLINode, "value", NullUnifyFunct, ReduceStarAttribute <Unifiable>);
if (IsPredMatch(value, actualValue, query))
{
Succeed();
return(Unifiable.InnerXmlText(childLINode));
}
}
}
else if (cac == 0)
{
Succeed();
return(Unifiable.InnerXmlText(childLINode));
}
}
}
}
}
else if (tncount == 0) // multi-predicate
{
foreach (XmlNode childLINode in templateNode.ChildNodes)
{
if (childLINode.Name.ToLower() == "li")
{
int cac = AttributesCount(childLINode, "name,value");
if (cac == 2)
{
string name = GetAttribValue <string>(childLINode, "name", NullStringFunct, ReduceStarAttribute <string>);
Unifiable value = GetAttribValue(childLINode, "value", NullUnifyFunct, ReduceStarAttribute);
if ((name.Length > 0) & (!IsNullOrEmpty(value)))
{
bool succeed;
Unifiable actualValue = base.GetActualValue(name, childLINode.Name, out succeed);
if (IsPredMatch(value, actualValue, query))
{
Succeed();
return(Unifiable.InnerXmlText(childLINode));
}
}
}
if (cac == 1)
{
string name = GetAttribValue <string>(childLINode, "name", NullStringFunct, ReduceStarAttribute <string>);
if ((name.Length > 0) && query.containsSettingCalled(name))
{
Succeed();
return(Unifiable.InnerXmlText(childLINode));
}
}
else if (cac == 0)
{
Succeed();
return(Unifiable.InnerXmlText(childLINode));
}
}
}
}
}
return(Unifiable.Empty);
}
private XmlNode RunTest(Request request, XmlNode src, OutputDelegate outputdelegate, out bool m)
{
// request = request ?? Loader.LoaderRequest00;
User user = request.Requester;
AltBot robot = request.TargetBot ?? Loader.TargetBot;
string tcname = StaticXMLUtils.FindNodeOrAttrib(src, "name", null);
string tcdesc = FindNodeOrAttrib(src, "Description", null);
string input = FindNodeOrAttrib(src, "Input", null);
if (input == null)
{
outputdelegate("ERROR cannot find 'Input' in '" + src.OuterXml + "'");
m = false;
return(getNodeAndSetSibling(false,
"<template type=\"error\">ERROR cannot find 'Input' in '" + src.OuterXml + "'</template>", true,
false, src));
}
string userID = FindNodeOrAttrib(src, "UserId,UserName", () => user.UserID);
const string MISSING_EXPECTED_ANSWER = "ExpectedKeywords";
var matchTheseToPass = new List <string>();
string expectedAnswer = FindNodeOrAttrib(src, "ExpectedAnswer", () => MISSING_EXPECTED_ANSWER);
expectedAnswer = Fudge(expectedAnswer);
if (expectedAnswer == MISSING_EXPECTED_ANSWER)
{
var nodes = FindNodes("ExpectedKeywords", src);
if (nodes == null || nodes.Count == 0)
{
outputdelegate("ERROR cannot find 'ExpectedAnswer' in '" + src.OuterXml + "'");
}
else
{
foreach (XmlNode list in nodes)
{
string v = Unifiable.InnerXmlText(list);
matchTheseToPass.Add(".*" + Fudge(v) + ".*");
}
}
}
else
{
matchTheseToPass.Add("^" + Fudge(expectedAnswer) + "$");
}
outputdelegate("{0}: {1} ", tcname, tcdesc);
outputdelegate("{0}: {1} ", userID, input);
string resp = "ERROR";
try
{
var requestToBot = robot.MakeRequestToBot(input, userID, true, RequestKind.ChatRealTime);
requestToBot.IsTraced = traceIt;
if (traceIt)
{
AltBot.Breakpoint("testing...");
requestToBot.DebugLevel = 9;
}
Result result = robot.Chat(requestToBot);
resp = result.Output ?? result.ToString() ?? resp;
if (resp == null)
{
resp = "NULLED";
}
resp = Fudge(resp);
outputdelegate("{0}: {1} ", robot, resp);
m = true;
int good = 0;
foreach (string s in matchTheseToPass)
{
if (!Matches(resp, s, FindNodeOrAttrib(src, "MatchType,Match", null)))
{
m = false;
}
else
{
good++;
}
}
outputdelegate("PASSED={0}", m);
if (traceIt)
{
AltBot.Breakpoint("tested...");
}
return(GetMessage(src, "PASSED='" + m +
"'", "TESTCASE='" + tcname + "' GOOD='" + good +
"' RESPNS='" + resp +
"' EXPECT='" + expectedAnswer +
"' INPUT='" + input +
"' DESC='" + tcdesc + "'"));
}
catch (Exception err)
{
string ERRMSG = "" + err;
m = false;
errorCount++;
return(GetMessage(src, "PASSED='" + m +
"'", "TESTCASE='" + tcname + "' ERRMSG='" + ERRMSG + "' RESP='" + resp +
"' EXPECT='" + expectedAnswer +
"' INPUT='" + input +
"' DESC='" + tcdesc + "'"));
}
}