public void TestHavingConflictsDisablesPublish()
{
m_Model.ToggledEntries = new List <IChangeEntryData>()
{
new TestChangesModel.ChangeEntryData
{
Entry = new ChangeEntry("path", null, ChangeEntryStatus.Modified)
}
};
// Base case
m_Presenter.Start();
m_Model.ConflictedEntries = new List <IChangeEntryData>();
m_Model.TriggerUpdatedChangeList();
Assert.AreEqual(1, m_View.SetPublishEnabledCount);
Assert.AreEqual(true, m_View.SetPublishEnabledValue);
// Disable
m_Model.ConflictedEntries = new List <IChangeEntryData>
{
new TestChangesModel.ChangeEntryData
{
Conflicted = true,
Entry = new ChangeEntry("path", null, ChangeEntryStatus.Unmerged, false, true)
}
};
m_Model.TriggerUpdatedChangeList();
Assert.AreEqual(2, m_View.SetPublishEnabledCount);
Assert.AreEqual(false, m_View.SetPublishEnabledValue);
Assert.IsNotNull(m_View.SetPublishEnabledReason);
// Re enabled
m_Model.ConflictedEntries = new List <IChangeEntryData>();
m_Model.TriggerUpdatedChangeList();
Assert.AreEqual(3, m_View.SetPublishEnabledCount);
Assert.AreEqual(true, m_View.SetPublishEnabledValue);
}
public void TestToggledCountValue()
{
m_Presenter.Start();
m_Model.ToggledEntries = new List <IChangeEntryData>
{
new TestChangesModel.ChangeEntryData {
Toggled = true, Entry = new ChangeEntry("path")
},
new TestChangesModel.ChangeEntryData {
Toggled = true, Entry = new ChangeEntry("path2")
}
};
Assert.AreEqual(2, m_Presenter.ToggledCount);
}