public bool storeTest(Test test)
{
if (Authenticated_AorC())
{
try
{
Movement.Database.User newUser = new Movement.Database.User(test.user.userID);
Movement.Database.Patient newPatient = new Movement.Database.Patient(test.patient.ID);
Movement.Database.TestScript newScript = new Movement.Database.TestScript(test.script.scriptID);
IEnumerable <Movement.Database.TestDataSample> data;
data = test.data.ConvertAll <TestDataSample>(new Converter <Data, TestDataSample>(
delegate(Data filler) { return(new TestDataSample(filler.time, filler.x, filler.y, filler.pressure)); }));
Movement.Database.Test.CreateTest(newUser, newPatient, test.hand, newScript, test.mode, data, test.avg_X, test.avg_Y, test.rotation);
return(true);
}
catch (Exception e)
{
Log(e);
return(false);
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform that action!");
}
}
public bool updatePatient(PatientObject patient)
{
if (Authenticated_AorC())
{
Movement.Database.Patient tempPatient = new Movement.Database.Patient(patient.ID);
try
{
tempPatient.Name = patient.name;
tempPatient.Address = patient.address;
tempPatient.ContactInfo = patient.ContactInfo;
/* The following patient properties are READ-ONLY in the database */
/*
* sex
* dob
* handedness
* ssn
*/
return(true);
}
catch (Exception e)
{
Log(e);
return(false);
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform that action!");
}
}
public bool updatePatient(PatientObject patient)
{
if (Authenticated_AorC())
{
Movement.Database.Patient tempPatient = new Movement.Database.Patient(patient.ID);
try
{
tempPatient.Name = patient.name;
tempPatient.Address = patient.address;
tempPatient.ContactInfo = patient.ContactInfo;
/* The following patient properties are READ-ONLY in the database */
/*
* sex
* dob
* handedness
* ssn
*/
return true;
}
catch (Exception e)
{
Log(e);
return false;
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform that action!");
}
}
public bool storeTest(Test test)
{
if (Authenticated_AorC())
{
try
{
Movement.Database.User newUser = new Movement.Database.User(test.user.userID);
Movement.Database.Patient newPatient = new Movement.Database.Patient(test.patient.ID);
Movement.Database.TestScript newScript = new Movement.Database.TestScript(test.script.scriptID);
IEnumerable<Movement.Database.TestDataSample> data;
data = test.data.ConvertAll<TestDataSample>(new Converter<Data, TestDataSample>(
delegate(Data filler) { return new TestDataSample(filler.time, filler.x, filler.y, filler.pressure); }));
Movement.Database.Test.CreateTest(newUser, newPatient, test.hand, newScript, test.mode, data, test.avg_X, test.avg_Y, test.rotation);
return true;
}
catch(Exception e)
{
Log(e);
return false;
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform that action!");
}
}
public List<Test> getTests(Int32 numTests, PatientObject patient)
{
if (Authenticated_AorC())
{
try
{
List<Test> tests = new List<Test>();
Test filler = new Test();
filler.anal = new List<AnalysisData>();
Movement.Database.Patient p1 = new Movement.Database.Patient(patient.ID);
ReadOnlyCollection<Movement.Database.Test> testList;
testList = p1.GetAllTests();
AnalysisData d1 = new AnalysisData();
if (numTests == 0)
{
for (int i = 0; i < testList.Count; i++)
{
filler.anal = new List<AnalysisData>();
filler.hand = testList[i].Hand;
filler.mode = testList[i].Mode;
filler.ID = testList[i].TestID;
filler.script.scriptID = testList[i].TestScript.ScriptID;
filler.timestamp = testList[i].Timestamp;
filler.rotation = testList[i].Rotation;
filler.script.type = testList[i].TestScript.ScriptType.Name;
foreach (KeyValuePair<Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[i].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
else if (numTests < testList.Count)
{
for (int j = 0; j < numTests; j++)
{
filler.anal = new List<AnalysisData>();
filler.hand = testList[j].Hand;
filler.mode = testList[j].Mode;
filler.ID = testList[j].TestID;
filler.script.scriptID = testList[j].TestScript.ScriptID;
filler.timestamp = testList[j].Timestamp;
filler.rotation = testList[j].Rotation;
filler.script.type = testList[j].TestScript.ScriptType.Name;
filler.isNormal = testList[j].AnalysisIsNormal;
foreach (KeyValuePair<Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[j].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
else if (numTests > testList.Count)
{
for (int i = 0; i < testList.Count; i++)
{
filler.anal = new List<AnalysisData>();
filler.hand = testList[i].Hand;
filler.mode = testList[i].Mode;
filler.ID = testList[i].TestID;
filler.script.scriptID = testList[i].TestScript.ScriptID;
filler.timestamp = testList[i].Timestamp;
filler.rotation = testList[i].Rotation;
filler.script.type = testList[i].TestScript.ScriptType.Name;
foreach (KeyValuePair<Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[i].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
return tests;
}
catch (Exception e)
{
Log(e);
return new List<Test>();
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform this action!");
}
}
public List <Test> getTests(Int32 numTests, PatientObject patient)
{
if (Authenticated_AorC())
{
try
{
List <Test> tests = new List <Test>();
Test filler = new Test();
filler.anal = new List <AnalysisData>();
Movement.Database.Patient p1 = new Movement.Database.Patient(patient.ID);
ReadOnlyCollection <Movement.Database.Test> testList;
testList = p1.GetAllTests();
AnalysisData d1 = new AnalysisData();
if (numTests == 0)
{
for (int i = 0; i < testList.Count; i++)
{
filler.anal = new List <AnalysisData>();
filler.hand = testList[i].Hand;
filler.mode = testList[i].Mode;
filler.ID = testList[i].TestID;
filler.script.scriptID = testList[i].TestScript.ScriptID;
filler.timestamp = testList[i].Timestamp;
filler.rotation = testList[i].Rotation;
filler.script.type = testList[i].TestScript.ScriptType.Name;
foreach (KeyValuePair <Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[i].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
else if (numTests < testList.Count)
{
for (int j = 0; j < numTests; j++)
{
filler.anal = new List <AnalysisData>();
filler.hand = testList[j].Hand;
filler.mode = testList[j].Mode;
filler.ID = testList[j].TestID;
filler.script.scriptID = testList[j].TestScript.ScriptID;
filler.timestamp = testList[j].Timestamp;
filler.rotation = testList[j].Rotation;
filler.script.type = testList[j].TestScript.ScriptType.Name;
filler.isNormal = testList[j].AnalysisIsNormal;
foreach (KeyValuePair <Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[j].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
else if (numTests > testList.Count)
{
for (int i = 0; i < testList.Count; i++)
{
filler.anal = new List <AnalysisData>();
filler.hand = testList[i].Hand;
filler.mode = testList[i].Mode;
filler.ID = testList[i].TestID;
filler.script.scriptID = testList[i].TestScript.ScriptID;
filler.timestamp = testList[i].Timestamp;
filler.rotation = testList[i].Rotation;
filler.script.type = testList[i].TestScript.ScriptType.Name;
foreach (KeyValuePair <Movement.Analysis.AnalysisMetric, Movement.Database.TestAnalysisComponent> data in testList[i].Analysis.Components)
{
d1.metric = data.Key;
d1.max = data.Value.Max;
d1.min = data.Value.Min;
d1.mean = data.Value.Mean;
d1.stdDev = data.Value.StdDev;
filler.anal.Add(d1);
}
tests.Add(filler);
}
}
return(tests);
}
catch (Exception e)
{
Log(e);
return(new List <Test>());
}
}
else
{
throw new UnauthorizedAccessException("You are not authorized to perform this action!");
}
}
