CallLayout() public method

Call the OnLayout methods (test-only)
public CallLayout ( ) : void
return void
示例#1
0
        public void RibbonLayout()
        {
            m_ribbon.MakeRoot();
            m_ribbon.CallLayout();
            Assert.IsNotNull(m_ribbon.RootBox, "layout should produce some root box");
            int widthEmpty  = m_ribbon.RootBox.Width;
            int heightEmpty = m_ribbon.RootBox.Height;

            int[] glosses    = MakeAnnotations(m_firstPara);
            int[] firstGloss = new int[] { glosses[0] };
            Cache.VwCacheDaAccessor.CacheVecProp(m_stText.Hvo, m_ribbon.AnnotationListId, firstGloss, 1);
            Cache.PropChanged(m_stText.Hvo, m_ribbon.AnnotationListId, 0, 1, 0);
            m_ribbon.CallLayout();
            int widthOne  = m_ribbon.RootBox.Width;
            int heightOne = m_ribbon.RootBox.Height;

            Assert.IsTrue(widthOne > widthEmpty, "adding a wordform should make the root box wider");

            Cache.VwCacheDaAccessor.CacheVecProp(m_stText.Hvo, m_ribbon.AnnotationListId, glosses, glosses.Length);
            Cache.PropChanged(m_stText.Hvo, m_ribbon.AnnotationListId, 0, glosses.Length - 1, 0);
            m_ribbon.CallLayout();
            int widthMany  = m_ribbon.RootBox.Width;
            int heightMany = m_ribbon.RootBox.Height;

            Assert.IsTrue(widthMany > widthOne, "adding more wordforms should make the root box wider");
            // In a real view they might not be exactly equal due to subscripts and the like, but our
            // text and anaysis are very simple.
            Assert.AreEqual(heightOne, heightMany, "ribbon should not wrap!");
        }
示例#2
0
        public void RibbonLayout()
        {
            EndSetupTask();
            // SUT#1 (but not one that changes data)
            m_ribbon.MakeRoot();
            m_ribbon.CallLayout();
            Assert.IsNotNull(m_ribbon.RootBox, "layout should produce some root box");
            var widthEmpty = m_ribbon.RootBox.Width;
            var glosses    = new AnalysisOccurrence[0];

            // SUT#2 This changes data! Use a UOW.
            UndoableUnitOfWorkHelper.Do("RibbonLayoutUndo", "RibbonLayoutRedo",
                                        Cache.ActionHandlerAccessor, () => glosses = GetParaAnalyses(m_firstPara));

            Assert.Greater(glosses.Length, 0);
            var firstGloss = new List <AnalysisOccurrence> {
                glosses[0]
            };

            // SUT#3 This changes some internal data! Use a UOW.
            UndoableUnitOfWorkHelper.Do("CacheAnnsUndo", "CacheAnnsRedo", Cache.ActionHandlerAccessor,
                                        () => m_ribbon.CacheRibbonItems(firstGloss));
            m_ribbon.CallLayout();

            int widthOne  = m_ribbon.RootBox.Width;
            int heightOne = m_ribbon.RootBox.Height;

            Assert.IsTrue(widthOne > widthEmpty, "adding a wordform should make the root box wider");

            var glossList = new List <AnalysisOccurrence>();

            glossList.AddRange(glosses);

            // SUT#4 This changes some internal data! Use a UOW.
            UndoableUnitOfWorkHelper.Do("CacheAnnsUndo", "CacheAnnsRedo", Cache.ActionHandlerAccessor,
                                        () => m_ribbon.CacheRibbonItems(glossList));
            m_ribbon.CallLayout();
            int widthMany  = m_ribbon.RootBox.Width;
            int heightMany = m_ribbon.RootBox.Height;

            Assert.IsTrue(widthMany > widthOne, "adding more wordforms should make the root box wider");
            // In a real view they might not be exactly equal due to subscripts and the like, but our
            // text and anaysis are very simple.
            Assert.AreEqual(heightOne, heightMany, "ribbon should not wrap!");
        }