public void CurrentLogFilePath()
{
aaLogReader alr = new aaLogReader();
ReturnCodeStruct rcs = alr.OpenLogFile(LOG_FILE_INSTANCE);
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
Assert.AreEqual(alr.CurrentLogFilePath, LOG_FILE_INSTANCE,"Current log file path did not match");
}
public void GetFirstRecord()
{
aaLogReader alr = new aaLogReader();
alr.OpenLogFile(LOG_FILE_INSTANCE);
LogRecord lr = alr.GetFirstRecord();
string json = File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetFirstRecord.json");
Assert.AreEqual(json, JsonConvert.SerializeObject(lr),"Record contents did not match");
}
public void CloseCurrentLogFile()
{
aaLogReader alr = new aaLogReader();
ReturnCodeStruct rcs = alr.OpenLogFile(LOG_FILE_INSTANCE);
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
rcs = alr.CloseCurrentLogFile();
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
}
public void GetLogFilePathsForMessageFileTime()
{
OptionsStruct options = new OptionsStruct();
options.LogDirectory = LOG_FILE_PATH;
aaLogReader alr = new aaLogReader(options);
List<LogHeader> logHeaders = alr.LogHeaderIndex;
// Loop through all entries in the header index and verify we correctly identify the first, last, and middle message
foreach(LogHeader lh in logHeaders)
{
Assert.That(alr.GetLogFilePathsForMessageFileTime(lh.EndFileTime).Exists(x=>x==lh.LogFilePath),"End FileTime log path not correctly identified");
Assert.That(alr.GetLogFilePathsForMessageFileTime(lh.StartFileTime).Exists(x => x == lh.LogFilePath), "Start FileTime log path not correctly identified");
Assert.That(alr.GetLogFilePathsForMessageFileTime((lh.StartFileTime + lh.EndFileTime)/2).Exists(x => x == lh.LogFilePath), "Middle FileTime log path not correctly identified");
}
}
public void ReadLogFileReadHeader()
{
aaLogReader alr = new aaLogReader();
ReturnCodeStruct rcs = alr.OpenLogFile(LOG_FILE_INSTANCE);
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
string refHeaderJSON = File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.header.json");
string thisHeaderJSON = JsonConvert.SerializeObject(alr.CurrentLogHeader);
Assert.AreEqual(refHeaderJSON, thisHeaderJSON);
}
public void OpenCurrentLogFileWithOptions()
{
OptionsStruct options = new OptionsStruct();
options.LogDirectory = LOG_FILE_PATH;
aaLogReader alr = new aaLogReader(options);
ReturnCodeStruct rcs = alr.OpenCurrentLogFile();
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
}
public void OpenCurrentLogFile()
{
aaLogReader alr = new aaLogReader();
ReturnCodeStruct rcs = alr.OpenCurrentLogFile(LOG_FILE_PATH);
Assert.That(rcs.Status);
Assert.That(rcs.Message.Length == 0);
}
public void GetNextRecordFromLast()
{
aaLogReader alr = new aaLogReader();
//Open a log file in the middle of the overall list of log files
alr.OpenLogFile(ROOT_FILE_PATH + @"\logfiles\2014R2-VS-WSP1442116958.aaLOG");
LogRecord lr = alr.GetLastRecord();
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast01.json"), JsonConvert.SerializeObject(lr), "Next Record contents did not match");
//File.WriteAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast01.json", JsonConvert.SerializeObject(lr));
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast02.json"), JsonConvert.SerializeObject(lr), "Next Record contents did not match");
//File.WriteAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast02.json", JsonConvert.SerializeObject(lr));
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast03.json"), JsonConvert.SerializeObject(lr), "Next Record contents did not match");
//File.WriteAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecordFromLast03.json", JsonConvert.SerializeObject(lr));
}
public void GetNextRecordFromFirst()
{
aaLogReader alr = new aaLogReader();
alr.OpenLogFile(LOG_FILE_INSTANCE);
LogRecord lr = alr.GetFirstRecord();
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecord01.json"), JsonConvert.SerializeObject(lr),"Next Record contents did not match");
//File.WriteAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecord01.json", JsonConvert.SerializeObject(lr));
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecord02.json"), JsonConvert.SerializeObject(lr), "Next Record contents did not match");
lr = alr.GetNextRecord();
Assert.AreEqual(File.ReadAllText(ROOT_FILE_PATH + @"\refFiles\2014R2-VS-WSP1445626381.GetNextRecord03.json"), JsonConvert.SerializeObject(lr), "Next Record contents did not match");
}
public void GetLogFilePathsForMessageNumber()
{
OptionsStruct options = new OptionsStruct();
options.LogDirectory = LOG_FILE_PATH;
ulong RandomUlong;
System.Random rnd = new Random(DateTime.Now.Millisecond);
aaLogReader alr = new aaLogReader(options);
List<LogHeader> logHeaders = alr.LogHeaderIndex;
// Loop through all entries in the header index and verify we correctly identify the first, last, and middle message
foreach (LogHeader lh in logHeaders)
{
Assert.That(alr.GetLogFilePathsForMessageNumber(lh.StartMsgNumber).Exists(x => x == lh.LogFilePath), "End Message Number log path not correctly identified");
Assert.That(alr.GetLogFilePathsForMessageNumber(lh.EndMsgNumber).Exists(x => x == lh.LogFilePath), "Start Mesage Number log path not correctly identified");
Assert.That(alr.GetLogFilePathsForMessageNumber((lh.StartMsgNumber + lh.EndMsgNumber) / 2).Exists(x => x == lh.LogFilePath), "Middle Message Number log path not correctly identified");
RandomUlong = (ulong)rnd.Next(Convert.ToInt32(lh.MsgCount)) + lh.StartMsgNumber;
Assert.That(alr.GetLogFilePathsForMessageNumber(RandomUlong).Exists(x => x == lh.LogFilePath), "Random Message Number " + RandomUlong + " log path not correctly identified");
}
}
