public void SortTest()
{
var array = (int[])data.Clone();
ParallelTool.Sort(array);
AssertSorted(array);
}
public void Can_SpeculativeInvoke()
{
var @functions = _functions;
for (var i = 0; i < MaxTestCount; i++)
{
var result = ParallelTool.SpeculativeInvoke <int, double>(i, @functions);
Assert.AreEqual(Math.Pow(i, PowerNumber), result);
}
}
public void Can_SpeculativeForEach()
{
var @functions = _functions;
for (int i = 0; i < MaxTestCount; i++)
{
var result = ParallelTool.SpeculativeForEach(@functions, i);
Assert.AreEqual(Math.Pow(i, PowerNumber), result);
}
}
public void Can_SpeculativeFor()
{
var @functions = _functions;
for (var i = 0; i < MaxTestCount; i++)
{
var testCount = i;
var result = ParallelTool.SpeculativeFor(0, @functions.Length, n => @functions[n](testCount));
Assert.AreEqual(Math.Pow(i, PowerNumber), result);
}
}
public void BulkInsertTimeSheetAsParallel(int count)
{
using (new OperationTimer("Build Insert ProjectTask TimeSeet " + count)) {
ParallelTool.ForRange(0,
count,
(s, e, loop) => {
using (UnitOfWork.Start(UnitOfWorkNestingOptions.CreateNewOrNestUnitOfWork))
TimeSheets.Skip(s).Take(e - s).InsertStateless(UnitOfWork.CurrentSession);
});
}
}
public void InsertAsParallel(int count)
{
using (new OperationTimer("InsertAsParallel - " + count)) {
ParallelTool.ForRange(0,
count,
(s, e, loop) => {
foreach (var timesheet in TimeSheets.Skip(s).Take(e - s))
{
Repository.Insert(timesheet);
}
});
}
}
/// <summary>
/// 함수의 [a,b] 구간을 적분합니다.
/// </summary>
/// <param name="func">적분할 함수</param>
/// <param name="a">적분 시작 위치</param>
/// <param name="b">적분 끝 위치</param>
/// <returns>적분 값</returns>
public override double Integrate(Func <double, double> func, double a, double b)
{
func.ShouldNotBeNull("func");
if (IsDebugEnabled)
{
log.Debug(@"Simpson 적분법을 이용하여 적분을 수행합니다. func=[{0}], a=[{1}], b=[{2}]", func, a, b);
}
func.ShouldNotBeNull("unaryFunc");
if (a > b)
{
return(Integrate(func, b, a));
}
_steps = GetSteps(a, b, _steps);
double h = (b - a) / (2.0 * _steps);
double hdiv3 = h / 3;
double fo = 0;
double fe = 0;
double N = 2 * _steps - 3;
ParallelTool.ForWithStep(1, (int)N + 1, 2, () => 0.0, (i, loopState, local) => local + func(a + h * i),
local => { lock (_syncLock) fo += local; });
ParallelTool.ForWithStep(1, (int)N + 1, 2, () => 0.0, (i, loopState, local) => local + func(a + h * (i + 1)),
local => { lock (_syncLock) fe += local; });
//for(int i = 1; i <= N; i += 2)
//{
// fo += func(a + h * i); // 홀수항 (odd)
// fe += func(a + h * (i + 1)); // 짝수항 (even)
//}
var result = (func(a) + func(b) + 4.0 * (fo + func(b - h)) + 2.0 * fe) * hdiv3;
if (IsDebugEnabled)
{
log.Debug(@"적분결과=[{0}]", result);
}
return(result);
}
/// <summary>
/// 함수의 [a,b] 구간을 적분합니다.
/// </summary>
/// <param name="func">적분할 함수</param>
/// <param name="a">적분 시작 위치</param>
/// <param name="b">적분 끝 위치</param>
/// <returns>적분 값</returns>
public override double Integrate(Func <double, double> func, double a, double b)
{
func.ShouldNotBeNull("func");
if (IsDebugEnabled)
{
log.Debug(@"중점접(MidValue)를 이용하여 적분을 수행합니다. func=[{0}], a=[{1}], b=[{2}]", func, a, b);
}
func.ShouldNotBeNull("f");
if (a > b)
{
MathTool.Swap(ref a, ref b);
}
int n = GetSteps(a, b, Steps);
double h = (b - a) / n;
double hdiv2 = h / 2;
double n2 = n * 2;
double result = 0;
ParallelTool.ForWithStep(1,
(int)(n2 + 1),
2,
() => 0.0,
(i, loopState, local) => local + func(a + i * hdiv2),
local => {
lock (_syncLock)
result += local;
});
//for(int i = 1; i < n2; i += 2)
// result += func(a + i * hdiv2);
result *= h;
if (IsDebugEnabled)
{
log.Debug(@"적분 결과=[{0}]", result);
}
return(result);
}
public void AddWeekOfYearsTest()
{
const int maxAddWeeks = 40;
Action <CultureInfo> @AddWeekOfYearsAction =
(culture) => {
var currentCulture = culture;
Enumerable
.Range(2000, 20)
.RunEach(year => {
const int step = 10;
YearAndWeek prevResult = new YearAndWeek();
var maxWeek = WeekTool.GetEndYearAndWeek(year, currentCulture);
for (var week = 1; week < maxWeek.Week; week += step)
{
for (var addWeeks = -maxAddWeeks; addWeeks <= maxAddWeeks; addWeeks += step)
{
var current = new YearAndWeek(year, week);
var result = WeekTool.AddWeekOfYears(current, addWeeks, currentCulture);
if (addWeeks != 0 && prevResult.Week.HasValue)
{
if (result.Year == prevResult.Year)
{
Assert.AreEqual(prevResult.Week + step, result.Week,
@"Prev=[{0}], Result=[{1}], addWeeks=[{2}]", prevResult, result,
addWeeks);
}
}
result.Week.Should().Have.Value();
result.Week.Value.Should().Be.GreaterThan(0);
result.Week.Value.Should().Be.LessThanOrEqualTo(TimeSpec.MaxWeeksPerYear);
prevResult = result;
if (IsDebugEnabled)
{
log.Debug("Current=[{0}], Added=[{1}], AddWeeks=[{2}]", current, result, addWeeks);
}
}
}
});
};
Parallel.For(0, CultureTestData.Default.Count(), i => @AddWeekOfYearsAction(CultureTestData.Default[i]));
var rule = WeekOfYearRuleKind.Iso8601;
ParallelTool.ForWithStep(2000, 2020, 2,
year => {
const int step = 10;
var prevResult = new YearAndWeek();
var maxWeek = WeekTool.GetEndYearAndWeek(year, null, rule);
for (var week = 1; week < maxWeek.Week; week += step)
{
for (var addWeeks = -maxAddWeeks; addWeeks <= maxAddWeeks; addWeeks += step)
{
var current = new YearAndWeek(year, week);
var result = WeekTool.AddWeekOfYears(current, addWeeks, null, rule);
if (addWeeks != 0 && prevResult.Week.HasValue)
{
if (result.Year == prevResult.Year)
{
Assert.AreEqual(prevResult.Week + step, result.Week,
@"Prev={0}, Result={1}, addWeeks={2}", prevResult, result,
addWeeks);
}
}
result.Week.Should().Have.Value();
result.Week.Value.Should().Be.GreaterThan(0);
result.Week.Value.Should().Be.LessThanOrEqualTo(TimeSpec.MaxWeeksPerYear);
prevResult = result;
if (IsDebugEnabled)
{
log.Debug("Current=[{0}], Added=[{1}], AddWeeks=[{2}]", current, result, addWeeks);
}
}
}
});
}
private static int LogStep(ref Step[,] canvasMatrix, Step step, int curRow, int threadCol, int indentLevel, out string log, out string functions)
{
int nextRow = curRow;
log = "";
functions = "";
string indentString = new string(' ', indentLevel * 4);
if (step.Description.Length > 0)
{
log = "\r\n\r\n" + indentString + "/*" + step.Description + "*/";// + ((log.Length > 0) ? ("\r\n" + log) : (""));
}
else
{
log = "";//"\r\n";// +log;
}
switch (step.ToolName)
{
case "NullTool":
{
log = "";
return(nextRow);
}
case "NoOpTool":
{
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + "/*" + step.StepName.Replace("_x0020_", "_") + "*/";
}
else
{
log += "\r\n" + indentString + "/*NOP: " + step.StepName.Replace("_x0020_", "_") + "*/";
}
return(nextRow);
}
case "CaseTool":
{
int width = step.StepWidth;
int height = step.StepHeight;
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
string caselog;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
Step[,] caseMatrix = MatrixTransformations.ResizeArray <Step>(ref canvasMatrix, curRow, threadCol, Math.Min(curRow + height - 1, canvasMatrix.GetLength(0) - 1), canvasMatrix.GetLength(1) - 1);
CaseTool.CaseToTxt(ref caseMatrix, 0, indentLevel + ((eh.Length > 0) ? 1 : 0), height, width, out caselog, out functions);
nextRow = curRow + height;
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + caselog.Replace("\r\n", "\r\n// ");
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + caselog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + caselog;
}
}
return(nextRow);
}
case "VariableTool":
{
string varlog, varfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
VariableTool.SetVariableToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out varlog, out varfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + varlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + varlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + varlog;
}
}
if (varfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + varfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + varfunction;
}
}
return(nextRow);
}
case "PaWTestTool":
case "MethodTool":
case "TestTool":
case "Mouse":
case "Keyboard":
case "Inspect":
{
string testlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
TestTool.TestToTxt(step.StepXmlNode, indentLevel + ((eh.Length > 0) ? 1 : 0), out testlog, out dummy);
if (step.ToolName == "TestTool" || step.ToolName == "PaWTestTool")
{
XmlNode path = step.StepXmlNode.SelectSingleNode(".//*[@Key='ResourceFullName']");
if (path != null)
{
string p;
if (path.Attributes["Value"] != null)
{
p = path.Attributes["Value"].Value;
}
else
{
p = path.SelectSingleNode(".//*[@Key='Value']/@Value").Value;
}
log += "\r\n" + indentString + "/*" + "Path: " + p.Replace(".tsdrv", "") + " */";
}
}
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + testlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + testlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + testlog;
}
}
return(nextRow);
}
case "AttributeTool":
{
string alog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
AttributeTool.AttributeToTxt(step.StepXmlNode, indentLevel + ((eh.Length > 0) ? 1 : 0), out alog, out dummy);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + alog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + alog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + alog;
}
}
return(nextRow);
}
case "CaptureImageTool":
{
string cilog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
CaptureImageTool.CaptureImageToTxt(step.StepXmlNode, indentLevel + ((eh.Length > 0) ? 1 : 0), out cilog, out dummy);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + cilog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + cilog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + cilog;
}
}
return(nextRow);
}
case "CriteriaTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
CriteriaTool.CriteriaToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "ScripterTool":
case "PaWScripterTool":
{
string slog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
ScripterTool.ScripterToTxt(step.StepXmlNode, indentLevel + ((eh.Length > 0) ? 1 : 0), out slog, out dummy);
XmlNode path = step.StepXmlNode.SelectSingleNode(".//*[@Key='ResourceFullName']");
if (path != null)
{
string p;
if (path.Attributes["Value"] != null)
{
p = path.Attributes["Value"].Value;
}
else
{
p = path.SelectSingleNode(".//*[@Key='Value']/@Value").Value;
}
log += "\r\n" + indentString + "/* " + "Path: " + p.Replace(".tsscript", "") + " */";
}
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + slog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + slog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + slog;
}
}
return(nextRow);
}
case "CommandTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
CommandTool.CommandToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "TerminalCommandTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
TerminalCommandTool.CommandToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "WriteTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
WriteTool.WriteToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "ReadTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
ReadTool.ReadToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "MessageTool":
{
string clog, cfunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
MessageTool.MessageToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out clog, out cfunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + clog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + clog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + clog;
}
}
if (cfunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + cfunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + cfunction;
}
}
return(nextRow);
}
case "TransformationTool":
{
string tlog, tfunctions;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
TransformTool.TransformToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out tlog, out tfunctions);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + tlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + tlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + tlog;
}
}
if (tfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + tfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + tfunctions;
}
}
return(nextRow);
}
case "SetSessionTool":
{
string sessionlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
SetSessionTool.SessionToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out sessionlog, out dummy);
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + sessionlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + sessionlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + sessionlog;
}
}
return(nextRow);
}
case "DelayTool":
{
string dlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
DelayTool.DelayToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out dlog, out dummy);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + dlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
}
return(nextRow);
}
case "SetEventTool":
{
string dlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
SetEventTool.SetEventToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out dlog, out dummy);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + dlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
}
return(nextRow);
}
case "WaitForEventTool":
{
string dlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
WaitForEventTool.WaitForEventToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out dlog, out dummy);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + dlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
}
return(nextRow);
}
case "PassFailTool":
{
string dlog, dfunc;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
PassFailTool.PassFailToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out dlog, out dfunc);
string tooltype = step.StepXmlNode.SelectSingleNode(".//*[@Key='NotificationType']/@Value").Value;
string toolname = "PassFailTool";
switch (tooltype)
{
case "0":
toolname = "Pass";
break;
case "1":
toolname = "Fail";
break;
case "2":
toolname = "Text To Report";
break;
default:
break;
}
log += "\r\n" + indentString + "/*" + toolname + ": " + step.StepName + "*/";
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + dlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
}
if (dfunc.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + dfunc.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + dfunc;
}
}
return(nextRow);
}
case "ErrorTool":
{
string dlog, dummy;
ErrorTool.ErrorToTxt(step, indentLevel, out dlog, out dummy);
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// throw" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
log += "\r\n" + indentString + "throw " + step.StepName.Replace("_x0020_", "_") + dlog;
}
return(nextRow);
}
case "EndSessionTool":
{
string dlog, dummy;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
EndSessionTool.EndSessionToTxt(step, indentLevel + ((eh.Length > 0) ? 1 : 0), out dlog, out dummy);
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + dlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
}
return(nextRow);
}
case "EndTool":
{
string dlog, dummy;
EndTool.EndToTxt(step, indentLevel, out dlog, out dummy);
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + dlog;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + dlog;
}
return(nextRow);
}
case "CodeTool":
{
string dummy, codefunction;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
CodeTool.CodeToTxt(step, indentLevel + ((eh.Length > 0)?1:0), out dummy, out codefunction);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//" + step.StepName.Replace("_x0020_", "_") + "()";
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + step.StepName.Replace("_x0020_", "_") + "()";
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + step.StepName.Replace("_x0020_", "_") + "()";
}
}
if (codefunction.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + codefunction.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + codefunction;
}
}
return(nextRow);
}
case "LoopTool":
case "ParaLoopTool":
{
int width = step.StepWidth;
int height = step.StepHeight;
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
string looplog, loopfunctions;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
Step[,] loopMatrix = MatrixTransformations.ResizeArray <Step>(ref canvasMatrix, curRow, threadCol, Math.Min(curRow + height - 1, canvasMatrix.GetLength(0) - 1), canvasMatrix.GetLength(1) - 1);
LoopTool.LoopToTxt(ref loopMatrix, 0, indentLevel + ((eh.Length > 0) ? 1 : 0), height, width, out looplog, out loopfunctions);
nextRow = curRow + height;
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + looplog.Replace("\r\n", "\r\n// ");
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + looplog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + looplog;
}
}
if (loopfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + loopfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + loopfunctions;
}
}
return(nextRow);
}
case "WhileTool":
{
int width = step.StepWidth;
int height = step.StepHeight;
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
string wlog, wfunctions;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
Step[,] whileMatrix = MatrixTransformations.ResizeArray <Step>(ref canvasMatrix, curRow, threadCol, Math.Min(curRow + height - 1, canvasMatrix.GetLength(0) - 1), canvasMatrix.GetLength(1) - 1);
WhileTool.WhileToTxt(ref whileMatrix, 0, indentLevel + ((eh.Length > 0) ? 1 : 0), height, width, out wlog, out wfunctions);
nextRow = curRow + height;
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + wlog.Replace("\r\n", "\r\n// ");
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + wlog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + wlog;
}
}
if (wfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + wfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + wfunctions;
}
}
return(nextRow);
}
case "LockTool":
{
int width = step.StepWidth;
int height = step.StepHeight;
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
string llog, lfunctions;
string eh = ErrorHandlingToTxt.Parse(step.StepXmlNode, indentLevel);
Step[,] lockMatrix = MatrixTransformations.ResizeArray <Step>(ref canvasMatrix, curRow, threadCol, Math.Min(curRow + height - 1, canvasMatrix.GetLength(0) - 1), canvasMatrix.GetLength(1) - 1);
LockTool.LockToTxt(ref lockMatrix, 0, indentLevel + ((eh.Length > 0) ? 1 : 0), height, width, out llog, out lfunctions);
nextRow = curRow + height;
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + llog.Replace("\r\n", "\r\n// ");
}
else
{
if (eh.Length > 0)
{
log += "\r\n" + indentString + "try" + "\r\n" + indentString + "{";
log += "\r\n" + indentString + " " + llog;
log += "\r\n" + indentString + "}" + "\r\n" + eh;
}
else
{
log += "\r\n" + indentString + llog;
}
}
if (lfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + lfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + lfunctions;
}
}
return(nextRow);
}
case "ParallelTool":
{
int width = step.StepWidth;
int height = step.StepHeight;
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
string plog, pfunctions;
Step[,] pMatrix = MatrixTransformations.ResizeArray <Step>(ref canvasMatrix, curRow, 0, Math.Min(curRow + height - 1, canvasMatrix.GetLength(0) - 1), canvasMatrix.GetLength(1) - 1);
ParallelTool.ParallelToTxt(ref pMatrix, threadCol, indentLevel, height, width, out plog, out pfunctions);
nextRow = curRow + height;
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + plog.Replace("\r\n", "\r\n// ");
}
else
{
log += "\r\n" + indentString + plog;
}
if (pfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + pfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + pfunctions;
}
}
return(nextRow);
}
case "GroupTool":
case "PaWDllTool":
case "DllTool":
case "CommandShellTool":
case "SequenceTool":
case "TerminalTool":
case "WebServiceTool":
case "NetworkClientTool":
{
string glog, gfunctions;
if (step.ToolName == "DllTool" || step.ToolName == "PaWDllTool" || step.ToolName == "WebServiceTool")
{
XmlNode path = step.StepXmlNode.SelectSingleNode(".//*[@Key='ResourceFullName']");
if (path != null)
{
string p;
if (path.Attributes["Value"] != null)
{
p = path.Attributes["Value"].Value;
}
else
{
p = path.SelectSingleNode(".//*[@Key='Value']/@Value").Value;
}
log += "\r\n" + indentString + "/*" + "Path: " + p.Replace(".tsdll", "") + " */";
}
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
}
else if (step.ToolName == "SequenceTool")
{
XmlNode path = step.StepXmlNode.SelectSingleNode(".//*[@Key='LibraryFullName']");
if (path != null)
{
string p;
if (path.Attributes["Value"] != null)
{
p = path.Attributes["Value"].Value;
}
else
{
p = path.SelectSingleNode(".//*[@Key='Value']/@Value").Value;
}
log += "\r\n" + indentString + "/*" + "Path: " + p.Replace(".tslib", "") + " */";
}
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
}
else
{
log += "\r\n" + indentString + "/*" + step.ToolName + ": " + step.StepName + "*/";
}
XmlNode groupSteps = step.StepXmlNode.SelectSingleNode(".//List[@Key='Steps']");
XmlNode eh = step.StepXmlNode.SelectSingleNode(".//ErrorHandlingBehavior");
CanvasAnalyzer.StepsListToTxt(groupSteps.ChildNodes, true, indentLevel, eh, out glog, out gfunctions);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + glog.Replace("\r\n", "\r\n// ");
}
else
{
log += "\r\n" + indentString + glog;
}
if (gfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + gfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + gfunctions;
}
}
return(nextRow);
}
case "AnalyzableCompositeTool":
{
string aclog, acfunctions;
XmlNodeList acTools = step.StepXmlNode.SelectNodes(".//Array[@Key='ChildTools']/*");
foreach (XmlNode tool in acTools)
{
Step curstep = new Step(tool);
curstep.Enabled = step.Enabled;
LogStep(ref canvasMatrix, curstep, curRow, threadCol, indentLevel, out aclog, out acfunctions);
if (step.Enabled == false)
{
log += "\r\n" + indentString + "// " + aclog.Replace("\r\n", "\r\n// ");
}
else
{
log += "\r\n" + indentString + aclog;
}
if (acfunctions.Length > 0)
{
if (step.Enabled == false)
{
functions += "\r\n" + "// " + acfunctions.Replace("\r\n", "\r\n// ");
}
else
{
functions += "\r\n" + acfunctions;
}
}
}
return(nextRow + acTools.Count - 1);
}
}
if (step.Enabled == false)
{
log += "\r\n" + indentString + "//";
}
else
{
log += "\r\n" + indentString;
}
log += step.StepName.Replace("_x0020_", "_") + " // (" + step.ToolName + ")";
return(nextRow);
}