public void EqualityTest()
{
var A = new SensorTemplate("C", 100, 0, 1, SensorTemplate.MatchStyle.Contains, "Test");
var B = new SensorTemplate("C", 100, 0, 1, SensorTemplate.MatchStyle.Contains, "Test");
var C = new SensorTemplate("Q", 100, 0, 1, SensorTemplate.MatchStyle.StartsWith, "Test");
Assert.AreEqual(A, B);
Assert.IsFalse(A.Equals(null));
Assert.IsFalse(A.Equals(C));
}
public void ConstructionWithWhitespaceSensorUnit()
{
var s = new SensorTemplate(" ", UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, _pattern);
}
public void EmptyPatternTest()
{
var A = new SensorTemplate("C", 100, 0, 1, SensorTemplate.MatchStyle.Contains, "Test");
A.Pattern = null;
}
public void ConstructionWithNullPattern()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, null);
}
public void ConstructionWithValidSensor()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, _pattern);
Assert.Pass();
}
public void SetUpperLimitLowerThanLowerLimit()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
s.UpperLimit = 0;
}
public void ToStringTest()
{
var A = new SensorTemplate("C", 100, 0, 1, SensorTemplate.MatchStyle.Contains, "Test");
var B = new SensorTemplate("C", 100, 0, 1, SensorTemplate.MatchStyle.EndsWith, "Test");
var C = new SensorTemplate("Q", 100, 0, 1, SensorTemplate.MatchStyle.StartsWith, "Test");
Assert.AreEqual("Match if contains 'Test'", A.ToString());
Assert.AreEqual("Match if ends with 'Test'", B.ToString());
Assert.AreEqual("Match if starts with 'Test'", C.ToString());
}
public void SensorNameMatchedCorrectly()
{
var testSensor = new Sensor("Temperature", "C");
var testSensorTwo = new Sensor("Dissolved Oxygen", "Q");
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
Assert.IsTrue(s.Matches(testSensor));
Assert.IsFalse(s.Matches(testSensorTwo));
s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.StartsWith, "Temp");
Assert.IsTrue(s.Matches(testSensor));
Assert.IsFalse(s.Matches(testSensorTwo));
s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.EndsWith, "Temp");
Assert.IsFalse(s.Matches(testSensor));
s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.EndsWith, "n");
Assert.IsTrue(s.Matches(testSensorTwo));
}
public void SetterTests()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
s.Unit = "Q";
Assert.AreEqual("Q", s.Unit);
s.UpperLimit = 1000;
Assert.AreEqual(1000, s.UpperLimit);
s.LowerLimit = 20;
Assert.AreEqual(20, s.LowerLimit);
s.MaximumRateOfChange = 200;
Assert.AreEqual(200, s.MaximumRateOfChange);
s.Pattern = "X";
Assert.AreEqual("X", s.Pattern);
}
public void ProvidesDefaultValuesWhenMatches()
{
var testSensor = new Sensor("Temperature", "C", 150, 50, "F", 8.3f, null);
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
s.ProvideDefaultValues(testSensor);
Assert.AreEqual(testSensor.Unit, s.Unit);
Assert.AreEqual(testSensor.UpperLimit, s.UpperLimit);
Assert.AreEqual(testSensor.LowerLimit, s.LowerLimit);
Assert.AreEqual(testSensor.MaxRateOfChange, s.MaximumRateOfChange);
}
public void ProvideDefaultValuesNullSensor()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
s.ProvideDefaultValues(null);
}
public void LowerLimitHigherThanUpperLimitConstruct()
{
var s = new SensorTemplate(UNIT, LOWER_LIMIT, UPPER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains,
"Temp");
}
public void GetterTests()
{
var s = new SensorTemplate(UNIT, UPPER_LIMIT, LOWER_LIMIT, MAX_CHANGE, SensorTemplate.MatchStyle.Contains, "Temp");
Assert.AreEqual(UNIT, s.Unit);
Assert.AreEqual(UPPER_LIMIT, s.UpperLimit);
Assert.AreEqual(LOWER_LIMIT, s.LowerLimit);
Assert.AreEqual(MAX_CHANGE, s.MaximumRateOfChange);
}
public void btnSave()
{
try
{
var msg = "";
var template = new SensorTemplate(Unit, UpperLimit, LowerLimit, MaximumRateOfChange, (SensorTemplate.MatchStyle)Enum.Parse(typeof(SensorTemplate.MatchStyle), (MatchMode).ToString()), TextToMatch,_sType); // Construct object to prevent inconsistent state if updating (when setting properties and some are invalid)
var list = AllTemplates; // To trigger update
if(SelectedTemplate == null)
{
// New
list.Add(template);
AllTemplates = list;
foreach (var sensor in _sensors)
{
foreach (var sensorTemplate in list)
if(sensorTemplate.Matches(sensor.Sensor))
sensorTemplate.ProvideDefaultValues(sensor.Sensor);
}
msg = "Sensor preset successfully created.";
}
else
{
// Update
list[list.IndexOf(SelectedTemplate)] = template;
SelectedTemplate = template;
AllTemplates = list;
foreach (var sensor in _sensors)
{
foreach (var sensorTemplate in list)
if(sensorTemplate.Matches(sensor.Sensor))
sensorTemplate.ProvideDefaultValues(sensor.Sensor);
}
msg = "Sensor preset successfully updated.";
}
SensorTemplate.ExportAll(AllTemplates);
Common.ShowMessageBox("Presets", msg, false, false);
Editing = false;
SelectedTemplate = null;
AllTemplates = new List<SensorTemplate>(); // To force update!
AllTemplates = list;
}
catch (Exception e)
{
Common.ShowMessageBox("Error", e.Message, false, true);
}
}
