// Converts a string to a TestReplay object
public void parseTestReplayFile(string testReplayString)
{
bool inActionSection = true;
List<string> testStrings =
testReplayString.Split('\n').Cast<string>().ToList<string>();
List<string> firstLineWords = testStrings[0].Split(' ').Cast<string>().ToList<string>();
parsePatientInfo(firstLineWords);
string startTimeString = testStrings[1];
startTime = Convert.ToDateTime(startTimeString);
int foundEndTestLine = 0;
List<string> LEGACY_endTestCheckLine = testStrings[2].Split(' ').Cast<string>().ToList<string>();
if (LEGACY_endTestCheckLine[0].Contains('/')) {
string endTimeString = testStrings[2];
endTime = Convert.ToDateTime(endTimeString);
foundEndTestLine = 1;
}
for(int i = 2 + foundEndTestLine; i < testStrings.Count; i++)
{
if (inActionSection) {
List<string> lineWords = testStrings[i].Split(' ')
.Cast<string>().ToList<string>();
if (lineWords[0] == "line")
((Stroke)testActions[testActions.Count - 1])
.addLineData(parseLineLineData(lineWords));
else if (lineWords[0] == "Stroke")
testActions.Add(parseLineStroke(lineWords));
else if (lineWords[0] == "DeleteStroke")
testActions.Add(parseLineDelPrevStroke(lineWords));
else if (lineWords[0] == "=====TIMES=====")
{
inActionSection = false;
}
else if (lineWords[0] == "=====ERRORS====")
{
inActionSection = false;
}
else if (lineWords[0] == "=====NOTES=====")
{
inActionSection = false;
}
} else {
// Parse all the error objects. Each one should be three nodes plus a Date
List<string> lineWords = testStrings[i]
.Split('\t').Cast<string>().ToList<string>();
// This is a node completion object.
// Should be read as:
//begin node '\t' point
//end node '\t' point
//DateTime
if (lineWords.Count == 7)
{
NodeCompletion completion = new NodeCompletion();
// Get each of the node strings and points from the line
for (int j = 0; j < 6; j += 3)
{
string beginText = lineWords[j];
Point point;
point.X = Convert.ToDouble(lineWords[j + 1]);
point.Y = Convert.ToDouble(lineWords[j + 2]);
bool flip = true;
if (testType.ToString().Contains("_H"))
flip = false;
TrailNode node = new TrailNode(beginText, point, flip);
if (j == 0)
completion.setBegin(node);
if (j == 3)
completion.setEnd(node);
}
DateTime date = new DateTime();
date = Convert.ToDateTime(lineWords[6]);
completion.setTime(date);
testCompletions.Add(completion);
}
// This is an error object.
// Should be read as:
//begin node '\t' point
//exp end node '\t' point
//act end node '\t' point
//DateTime
else if(lineWords.Count == 10)
{
TestError error = new TestError();
// Get each of the node strings and points from the line
for(int j = 0; j < 9; j += 3)
{
string beginText = lineWords[j];
Point point;
point.X = Convert.ToDouble(lineWords[j + 1]);
point.Y = Convert.ToDouble(lineWords[j + 2]);
bool flip = true;
if(testType.ToString().Contains("_H"))
flip = false;
TrailNode node = new TrailNode(beginText, point, flip);
if(j == 0)
error.setBegin(node);
if (j == 3)
error.setExpected(node);
if (j == 6)
error.setActual(node);
}
DateTime date = new DateTime();
date = Convert.ToDateTime(lineWords[9]);
error.setTime(date);
testErrors.Add(error);
}
else if (lineWords.Count >= 5)
{
DateTime date = new DateTime();
date = DateTime.Parse(lineWords[0] + " " +
lineWords[1] + " " + lineWords[2]);
lineWords[3] = lineWords[3].Replace("[SPC]", "");
lineWords[4] = lineWords[4].Replace("[SPC]", "");
testNotes.Add(
new PatientNote(lineWords[3], lineWords[4], date));
}
}
}
}