public void TestLoad_ObjectSequenceFilterWithSubItems()
{
CheckDisposed();
// Set up a filter
CmFilter filter = new CmFilter();
Cache.LangProject.FiltersOC.Add(filter);
filter.ClassId = ScrScriptureNote.kClassId;
// We will filter ScrScriptureNotes on the Categories field.
filter.ColumnInfo = ScrScriptureNote.kclsidScrScriptureNoteString + "," +
((int)ScrScriptureNote.ScrScriptureNoteTags.kflidCategories).ToString();
filter.ShowPrompt = 1;
CmRow row = new CmRow();
filter.RowsOS.Append(row);
CmCell cell = new CmCell();
row.CellsOS.Append(cell);
// Now specify the matching criteria for this filter cell
ITsStrBldr bldr = TsStrBldrClass.Create();
bldr.Replace(0, 0, "Matches +subitems",
SIL.FieldWorks.Common.FwUtils.StyleUtils.CharStyleTextProps(null, Cache.DefaultUserWs));
StringUtils.InsertOrcIntoPara(m_inMemoryCache.m_categoryDiscourse.Guid,
FwObjDataTypes.kodtNameGuidHot, bldr, 8, 8, Cache.DefaultUserWs);
cell.Contents.UnderlyingTsString = bldr.GetString();
// Set up mocked ChooserDlg to expect to be called with the default category of Discourse (from
// filter cell criteria defined above) but return Grammar category.
m_mockedChooserDlg.ExpectAndReturn("GetPossibility", m_inMemoryCache.m_categoryGrammar.Hvo,
new object[] {m_scr.NoteCategoriesOA, m_inMemoryCache.m_categoryDiscourse.Hvo});
// Construct a handler to apply the above filter.
filter.UserView = m_userView;
filter.PossibilitySupplier = (ICmPossibilitySupplier)m_mockedChooserDlg.MockInstance;
FilteredSequenceHandler handler = new FilteredSequenceHandler(Cache,
ScrBookAnnotations.kClassId, -42, filter, null, m_userView);
// Now test the Load method
// CacheVecProp() should be called with an array of HVOs representing all the Grammar notes,
// including those that refer to sub-items of the main Grammar category.
m_mockedDataAccess.Expect("CacheVecProp",
new object[] {m_annotationsGen.Hvo, -94, new int[] {m_note2a.Hvo, m_note2b.Hvo, m_note3.Hvo}, 3});
handler.Load(m_annotationsGen.Hvo, -94, -1, (IVwCacheDa)m_mockedDataAccess.MockInstance);
m_mockedDataAccess.Verify();
m_mockedChooserDlg.Verify();
// Make sure the newly-selected object (i.e., the Grammar category) has been stored as the
// filter criteria (for next time).
StringUtils.InsertOrcIntoPara(m_inMemoryCache.m_categoryGrammar.Guid,
FwObjDataTypes.kodtNameGuidHot, bldr, 8, 9, Cache.DefaultUserWs);
AssertEx.AreTsStringsEqual(bldr.GetString(), cell.Contents.UnderlyingTsString);
}
public void TestLoad_AtomicObjectFilter()
{
CheckDisposed();
// Set up a filter
CmFilter filter = new CmFilter();
Cache.LangProject.FiltersOC.Add(filter);
filter.ClassId = ScrScriptureNote.kClassId;
// We will filter ScrScriptureNotes on the AnnotationType field (which is actually a
// field of the base class CmAnnotation).
filter.ColumnInfo = ScrScriptureNote.kclsidScrScriptureNoteString + "," +
((int)CmAnnotation.CmAnnotationTags.kflidAnnotationType).ToString();
filter.ShowPrompt = 0;
CmRow row = new CmRow();
filter.RowsOS.Append(row);
CmCell cell = new CmCell();
row.CellsOS.Append(cell);
// Now specify the matching criteria for this filter cell
ITsStrBldr bldr = TsStrBldrClass.Create();
bldr.Replace(0, 0, "Matches ",
SIL.FieldWorks.Common.FwUtils.StyleUtils.CharStyleTextProps(null, Cache.DefaultUserWs));
StringUtils.InsertOrcIntoPara(m_inMemoryCache.m_translatorNoteDefn.Guid,
FwObjDataTypes.kodtNameGuidHot, bldr, bldr.Length,
bldr.Length, Cache.DefaultUserWs);
cell.Contents.UnderlyingTsString = bldr.GetString();
// Construct a handler to apply the above filter.
filter.UserView = m_userView;
FilteredSequenceHandler handler = new FilteredSequenceHandler(Cache,
ScrBookAnnotations.kClassId, -42, filter, null, m_userView);
// CacheVecProp() should be called with an array of HVOs representing only the translator notes.
m_mockedDataAccess.Expect("CacheVecProp",
new object[] {m_annotationsGen.Hvo, -94, new int[] {m_note2b.Hvo, m_note3.Hvo}, 2});
// Now test the Load method
handler.Load(m_annotationsGen.Hvo, -94, -1, (IVwCacheDa)m_mockedDataAccess.MockInstance);
m_mockedDataAccess.Verify();
}
public void TestLoad_IntFilter()
{
CheckDisposed();
// Set up a filter
CmFilter filter = new CmFilter();
Cache.LangProject.FiltersOC.Add(filter);
filter.ClassId = ScrScriptureNote.kClassId;
// We will filter ScrScriptureNotes on the ResolutionStatus field.
filter.ColumnInfo = ScrScriptureNote.kclsidScrScriptureNoteString + "," +
((int)ScrScriptureNote.ScrScriptureNoteTags.kflidResolutionStatus).ToString();
filter.ShowPrompt = 0;
CmRow row = new CmRow();
filter.RowsOS.Append(row);
CmCell cell = new CmCell();
row.CellsOS.Append(cell);
// Now specify the matching criteria for this filter cell
ITsStrFactory factory = TsStrFactoryClass.Create();
cell.Contents.UnderlyingTsString = factory.MakeString("= 0", Cache.DefaultUserWs);
// Construct a handler to apply the above filter.
filter.UserView = m_userView;
FilteredSequenceHandler handler = new FilteredSequenceHandler(Cache,
ScrBookAnnotations.kClassId, -42, filter, null, m_userView);
// CacheVecProp() should be called with an array of HVOs representing only the open notes.
m_mockedDataAccess.Expect("CacheVecProp",
new object[] { m_annotationsGen.Hvo, -94, new int[] { m_note1.Hvo, m_note2b.Hvo }, 2 });
// Now test the Load method
handler.Load(m_annotationsGen.Hvo, -94, -1, (IVwCacheDa)m_mockedDataAccess.MockInstance);
m_mockedDataAccess.Verify();
}
public void TestLoad_NoFilter()
{
CheckDisposed();
// Construct a handler to apply the non-existent filter.
FilteredSequenceHandler handler = new FilteredSequenceHandler(Cache,
ScrBookAnnotations.kClassId, -42, m_userView);
// CacheVecProp() should be called with an array of HVOs representing all notes.
m_mockedDataAccess.Expect("CacheVecProp",
new object[] { m_annotationsGen.Hvo, -94,
new int[] { m_note1.Hvo, m_note2a.Hvo, m_note2b.Hvo, m_note3.Hvo }, 4 });
// Now test the Load method
handler.Load(m_annotationsGen.Hvo, -94, -1, (IVwCacheDa)m_mockedDataAccess.MockInstance);
m_mockedDataAccess.Verify();
}
public void GetVirtualIndex()
{
FilteredSequenceHandler handler = new FilteredSequenceHandler(Cache,
LangProject.kClassId, 1, new OddRowFilter(Cache,
(int)CmFilter.CmFilterTags.kflidRows), null,
new SimpleFlidProvider((int)CmFilter.CmFilterTags.kflidRows));
// setup
// Added by setup: 0, virtual index 0
AddRow(m_filter, new DummyRow()); // 1, virtual index -1
AddRow(m_filter, new DummyRow()); // 2, virtual index 1
AddRow(m_filter, new DummyRow()); // 3, virtual index -1
int hvoFilter = m_filter.Hvo;
handler.Load(hvoFilter, handler.Tag, 0, Cache.VwCacheDaAccessor);
// Test the GetVirtualIndex method
Assert.AreEqual(0, handler.GetVirtualIndex(hvoFilter, 0));
Assert.AreEqual(-1, handler.GetVirtualIndex(hvoFilter, 1));
Assert.AreEqual(1, handler.GetVirtualIndex(hvoFilter, 2));
Assert.AreEqual(-1, handler.GetVirtualIndex(hvoFilter, 3));
}