public void CreateGetKeysValuesCopyEnumerate()
{
var sRepo = new SourceRepository();
Assert.True(sRepo.IsReadOnly == false);
Assert.True(sRepo.Count == 0);
var mockLog = new Mock <ILog>();
var source1 = new CodeCoverageStringTextSource("abc", "", mockLog.Object);
const uint fileId1 = 1;
sRepo.Add(fileId1, source1);
Assert.True(sRepo.Count == 1);
Assert.True(sRepo.Keys.Count == 1);
Assert.True(sRepo.Values.Count == 1);
var source2 = new CodeCoverageStringTextSource("def", "", mockLog.Object);
const uint fileId2 = 2;
sRepo.Add(fileId2, source2);
Assert.True(sRepo.Count == 2);
var array = new KeyValuePair <uint, CodeCoverageStringTextSource> [2];
Assert.That(delegate { sRepo.CopyTo(array, 0); }, Throws.Nothing);
// IDictionary is not ordered
Assert.True(array[0].Key == fileId1 || array[1].Key == fileId2);
Assert.True(array[0].Value == source1 || array[1].Value == source2);
Assert.True(array[1].Key != default(uint));
Assert.True(array[1].Value != default(CodeCoverageStringTextSource));
// covers generic enumerator
int count = 0;
foreach (var item in sRepo)
{
Assert.True(item.Key != default(uint));
Assert.True(item.Value != default(CodeCoverageStringTextSource));
count += 1;
}
Assert.True(count == 2);
// covers GetEnumerator
count = 0;
var e = ((IEnumerable)sRepo).GetEnumerator();
while (e.MoveNext())
{
count += 1;
}
Assert.True(count == 2);
}
public int Add(string title, string url)
{
bool result = false;
var source = new Source(title, url);
var id = _sourceRepository.Add(source);
return(id);
}
public void CreateAddClear()
{
var sRepo = new SourceRepository();
Assert.True(sRepo.Count == 0);
var source = new CodeCoverageStringTextSource("", "");
const uint fileId = 1;
sRepo.Add(fileId, source);
Assert.True(sRepo.Count == 1);
sRepo.Clear();
Assert.True(sRepo.Count == 0);
}
public void CreateAddRemoveKeyAndValue()
{
var sRepo = new SourceRepository();
var source = new CodeCoverageStringTextSource("", "");
const uint fileId = 1;
sRepo.Add(fileId, source);
Assert.True(sRepo.Count == 1);
Assert.True(sRepo.ContainsKey(fileId));
Assert.True(sRepo.Remove(fileId));
Assert.True(sRepo.Count == 0);
Assert.False(sRepo.Remove(fileId));
Assert.True(sRepo.Count == 0);
}
private int AddSourceIfNotExist(int ClientId, string sourcename, int?sourcetypeid)
{
Source new_source = _sourceRep.FindBy(t => t.Name == sourcename && t.ClientId == ClientId && (sourcetypeid == null ? t.SourceTypeId == null : t.SourceTypeId == sourcetypeid)).FirstOrDefault();
if (new_source == null)
{
new_source = new Source()
{
Name = sourcename, ClientId = ClientId, SourceTypeId = sourcetypeid
};
_sourceRep.Add(new_source);
_sourceRep.Save();
}
return(new_source.Id);
}
public void CreateAddRemoveKeyValuePair()
{
var sRepo = new SourceRepository();
Assert.True(sRepo.Count == 0);
var source = new CodeCoverageStringTextSource("", "");
const uint fileId = 1;
sRepo.Add(new KeyValuePair <uint, CodeCoverageStringTextSource>(fileId, source));
Assert.True(sRepo.Contains(new KeyValuePair <uint, CodeCoverageStringTextSource>(fileId, source)));
Assert.True(sRepo.Remove(new KeyValuePair <uint, CodeCoverageStringTextSource>(fileId, source)));
Assert.False(sRepo.Remove(new KeyValuePair <uint, CodeCoverageStringTextSource>(fileId, source)));
sRepo.Clear();
Assert.True(sRepo.Count == 0);
}
