private WfiAnalysis Make2BundleAnalysis(string form1, string form2, string gloss1, string gloss2)
{
WfiAnalysis result;
ILexEntry entry1 = MakeEntry(form1, gloss1);
ILexEntry entry2 = MakeEntry(form2, gloss2);
result = new WfiAnalysis();
m_wfAxx.AnalysesOC.Add(result);
IWfiMorphBundle bundle = result.MorphBundlesOS.Append(new WfiMorphBundle());
bundle.MorphRA = entry1.LexemeFormOA;
bundle.SenseRA = entry1.SensesOS[0];
bundle = result.MorphBundlesOS.Append(new WfiMorphBundle());
bundle.MorphRA = entry2.LexemeFormOA;
bundle.SenseRA = entry2.SensesOS[0];
WfiGloss gloss = new WfiGloss();
result.MeaningsOC.Add(gloss);
gloss.Form.AnalysisDefaultWritingSystem = gloss1 + "." + gloss2;
result.SetAgentOpinion(m_fdoCache.LangProject.DefaultUserAgent, Opinions.approves);
m_cAnalyses++;
return(result);
}
public void NewGlossExistingLexEntryAllomorphNewLexSense()
{
int hvoCba0_0 = GetCbaHvo(0, 0, 0);
m_sandbox.SwitchWord(hvoCba0_0, false);
string formLexEntry = "xxxab";
ITsString tssLexEntryForm = StringUtils.MakeTss(formLexEntry, Cache.DefaultVernWs);
string formAllomorph = "xxxa";
ITsString tssAllomorphForm = StringUtils.MakeTss(formAllomorph, Cache.DefaultVernWs);
// first create an entry with a matching allomorph that doesn't match 'verb' POS we will be selecting in the sandbox
ILexEntry lexEntry_NounPos;
ILexSense lexSense_NounPos;
SetupLexEntryAndSense("xxxab", "0.0.xxxab_NounPos", "noun", out lexEntry_NounPos, out lexSense_NounPos);
IMoStemAllomorph allomorph0 = lexEntry_NounPos.AlternateFormsOS.Append(new MoStemAllomorph()) as IMoStemAllomorph;
allomorph0.Form.SetAlternativeTss(tssAllomorphForm);
// now create the entry we want to match, that has a 'verb' POS.
ILexEntry lexEntry1_Entry;
ILexSense lexEntry1_Sense1;
SetupLexEntryAndSense("xxxab", "0.0.xxxab_VerbPos", "verb", out lexEntry1_Entry, out lexEntry1_Sense1);
IMoStemAllomorph allomorph = lexEntry1_Entry.AlternateFormsOS.Append(new MoStemAllomorph()) as IMoStemAllomorph;
allomorph.Form.SetAlternativeTss(tssAllomorphForm);
// mark the count of LexEntries
int cEntriesOrig = Cache.LangProject.LexDbOA.EntriesOC.Count;
// add a new word gloss
ITsString tssWordGlossInSandbox = m_sandbox.SetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs, "0.0.xxxa");
int hvoWf = WfiWordform.GetWfiWordformFromInstanceOf(Cache, hvoCba0_0);
WfiWordform wf = new WfiWordform(Cache, hvoWf);
// set word pos to verb
int hvoSbWordPos = m_sandbox.GetComboItemHvo(InterlinLineChoices.kflidWordPos, 0, "transitive verb");
m_sandbox.SelectItemInCombo(InterlinLineChoices.kflidWordPos, 0, hvoSbWordPos);
// confirm the analysis (making a real analysis and a LexSense)
int hvoGloss = m_sandbox.ConfirmAnalysis();
WfiGloss wfiGloss = new WfiGloss(Cache, hvoGloss);
// make sure we didn't add entries to the Lexicon.
int cEntriesAfter = Cache.LangProject.LexDbOA.EntriesOC.Count;
Assert.AreEqual(cEntriesOrig, cEntriesAfter);
// confirm we have only one analysis and that it is monomorphemic
WfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
Assert.AreEqual(wf.Hvo, wfiAnalysis.OwnerHVO, "Expected confirmed analysis to be owned by the original wordform.");
Assert.AreEqual(1, wf.AnalysesOC.Count);
Assert.AreEqual(1, wfiAnalysis.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis.MeaningsOC.Count);
// make sure the strings of the wfi gloss matches the strings of the lex gloss.
ValidateSenseWithAnalysis(m_sandbox.GetLexSenseForWord(), wfiGloss, hvoSbWordPos, true, allomorph);
}
private void ValidateSenseWithAnalysis(ILexSense sense, WfiGloss wfiGloss, int hvoSbWordPos, bool fMatchMainPossibility, IMoStemAllomorph allomorph)
{
WfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
CompareTss(sense.Gloss.GetAlternativeTss(Cache.DefaultAnalWs),
wfiGloss.Form.GetAlternativeTss(Cache.DefaultAnalWs));
// make sure the morph is linked to the lexicon sense, msa, and part of speech.
IWfiMorphBundle morphBundle = wfiAnalysis.MorphBundlesOS[0];
Assert.AreEqual(sense.Hvo, morphBundle.SenseRAHvo);
Assert.AreEqual(sense.MorphoSyntaxAnalysisRAHvo, morphBundle.MsaRAHvo);
if (!fMatchMainPossibility)
{
// expect exact possibility
Assert.AreEqual(hvoSbWordPos, (sense.MorphoSyntaxAnalysisRA as MoStemMsa).PartOfSpeechRAHvo);
}
else
{
IPartOfSpeech posTarget = PartOfSpeech.CreateFromDBObject(Cache, hvoSbWordPos);
Assert.AreEqual(posTarget.MainPossibility.Hvo, (sense.MorphoSyntaxAnalysisRA as MoStemMsa).PartOfSpeechRA.MainPossibility.Hvo);
}
Assert.AreEqual(allomorph.Hvo, morphBundle.MorphRAHvo);
Assert.AreEqual(hvoSbWordPos, wfiAnalysis.CategoryRAHvo);
}
public void NewGlossNewLexEntryNewLexSense()
{
// load sandbox for first 'xxxa'
int hvoCba0_0 = GetCbaHvo(0, 0, 0);
m_sandbox.SwitchWord(hvoCba0_0, false);
// verify that the word gloss is empty
ITsString tssEmpty = StringUtils.MakeTss("", Cache.DefaultAnalWs);
ITsString tssWordGloss = m_sandbox.GetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs);
CompareTss(tssEmpty, tssWordGloss);
// add a new word gloss and confirm the analysis.
ITsString tssWordGlossInSandbox = m_sandbox.SetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs, "0.0.xxxa");
// mark the count of LexEntries
int cEntriesOrig = Cache.LangProject.LexDbOA.EntriesOC.Count;
// verify no analyses exist for this wordform;
int hvoWf = WfiWordform.GetWfiWordformFromInstanceOf(Cache, hvoCba0_0);
WfiWordform wf = new WfiWordform(Cache, hvoWf);
Assert.AreEqual(0, wf.AnalysesOC.Count);
// set word pos, to first possibility (e.g. 'adjunct')
int hvoSbWordPos = m_sandbox.SelectIndexInCombo(InterlinLineChoices.kflidWordPos, 0, 0);
Assert.IsFalse(hvoSbWordPos == 0); // select nonzero pos
// confirm the analysis (making a real analysis and a LexSense)
int hvoGloss = m_sandbox.ConfirmAnalysis();
WfiGloss wfiGloss = new WfiGloss(Cache, hvoGloss);
CompareTss(tssWordGlossInSandbox, wfiGloss.Form.GetAlternativeTss(Cache.DefaultAnalWs));
// confirm we have only one analysis and that it is monomorphemic
WfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
Assert.AreEqual(wf.Hvo, wfiAnalysis.OwnerHVO, "Expected confirmed analysis to be owned by the original wordform.");
Assert.AreEqual(1, wf.AnalysesOC.Count);
Assert.AreEqual(1, wfiAnalysis.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis.MeaningsOC.Count);
// make sure the strings of the wfi gloss matches the strings of the lex gloss.
ValidateSenseWithAnalysis(m_sandbox.GetLexSenseForWord(), wfiGloss, hvoSbWordPos);
// make sure a new entry is in the Lexicon.
int cEntriesAfter = Cache.LangProject.LexDbOA.EntriesOC.Count;
Assert.AreEqual(cEntriesOrig + 1, cEntriesAfter);
}
// Make some sort of wfics for the text of the specified paragraph. Assumes no double spaces!
// Caches results and does not repeat on same para
internal int[] MakeAnnotations(StTxtPara para)
{
int[] previous;
if (m_annotations.TryGetValue(para.Hvo, out previous))
{
return(previous);
}
string contents = para.Contents.Text;
string[] words = contents.Split(new char[] { ' ', '.' });
int ich = 0;
List <int> results = new List <int>();
ICmAnnotationDefn WficType = CmAnnotationDefn.Twfic(Cache);
foreach (string word in words)
{
if (word == "")
{
ich++;
continue;
}
WfiWordform wordform = new WfiWordform();
Cache.LangProject.WordformInventoryOA.WordformsOC.Add(wordform);
wordform.Form.SetAlternative(word, Cache.DefaultVernWs);
// JohnT: This should ideally use CmBaseAnnotation.CreateUnownedCba. But most or all uses of this
// method are memory-only tests, and that method requires a database.
CmBaseAnnotation cba = new CmBaseAnnotation();
Cache.LangProject.AnnotationsOC.Add(cba);
cba.BeginOffset = ich;
ich += word.Length;
cba.EndOffset = ich;
ich++; // past space or dot
cba.BeginObjectRA = para;
cba.AnnotationTypeRA = WficType;
//cba.AnnotationTypeRA = ?? can we get CmAnnotationDefn.Twfic(Cache) with a non-database cache?
WfiAnalysis analysis = new WfiAnalysis();
wordform.AnalysesOC.Add(analysis);
WfiGloss gloss = new WfiGloss();
analysis.MeaningsOC.Add(gloss);
gloss.Form.SetAlternative(word + "Gloss" + ich, Cache.DefaultAnalWs);
cba.InstanceOfRA = gloss;
results.Add(cba.Hvo);
}
int[] result = results.ToArray();
m_annotations[para.Hvo] = result;
return(result);
}
public void PickLexGlossCreatingNewAnalysis()
{
int hvoCba0_0 = GetCbaHvo(0, 0, 0);
m_sandbox.SwitchWord(hvoCba0_0, false);
ILexEntry lexEntry1_Entry;
ILexSense lexEntry1_Sense1;
SetupLexEntryAndSense("xxxa", "0.0.xxxa", out lexEntry1_Entry, out lexEntry1_Sense1);
// mark the count of LexEntries
int cEntriesOrig = Cache.LangProject.LexDbOA.EntriesOC.Count;
// add a new word gloss
ITsString tssWordGlossInSandbox = m_sandbox.SetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs, "0.0.xxxa");
int hvoWf = WfiWordform.GetWfiWordformFromInstanceOf(Cache, hvoCba0_0);
WfiWordform wf = new WfiWordform(Cache, hvoWf);
// set word pos, to first possibility (e.g. 'adjunct')
int hvoSbWordPos = m_sandbox.SelectIndexInCombo(InterlinLineChoices.kflidWordPos, 0, 0);
// confirm the analysis (making a real analysis and a LexSense)
int hvoGloss = m_sandbox.ConfirmAnalysis();
WfiGloss wfiGloss = new WfiGloss(Cache, hvoGloss);
// make sure we didn't add entries or senses to the Lexicon.
int cEntriesAfter = Cache.LangProject.LexDbOA.EntriesOC.Count;
Assert.AreEqual(cEntriesOrig, cEntriesAfter);
Assert.AreEqual(1, lexEntry1_Entry.SensesOS.Count);
// make sure the sense matches the existing one.
ILexSense sense = m_sandbox.GetLexSenseForWord();
Assert.AreEqual(lexEntry1_Sense1.Hvo, sense.Hvo);
// make sure the morph is linked to our lexicon sense, msa, and part of speech.
ValidateSenseWithAnalysis(sense, wfiGloss, hvoSbWordPos);
// confirm we have created a new analysis and that it is monomorphemic
WfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
Assert.AreEqual(wf.Hvo, wfiAnalysis.OwnerHVO, "Expected confirmed analysis to be owned by the original wordform.");
Assert.AreEqual(1, wf.AnalysesOC.Count);
Assert.AreEqual(1, wfiAnalysis.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis.MeaningsOC.Count);
}
/// <summary>
/// Make (two) monomorphemic analyses on our favorite wordform, connected to two entries, one with two glosses.
/// </summary>
private void MakeMonoAnalyses()
{
string formLexEntry = "axx";
ITsString tssLexEntryForm = Cache.MakeVernTss(formLexEntry);
int clsidForm;
ILexEntry entry = LexEntry.CreateEntry(Cache,
MoMorphType.FindMorphType(Cache, new MoMorphTypeCollection(Cache), ref formLexEntry, out clsidForm), tssLexEntryForm,
"axe", null);
ILexSense senseAxe = entry.SensesOS[0];
IMoForm form = entry.LexemeFormOA;
m_wfaAxe = new WfiAnalysis();
m_wfAxx.AnalysesOC.Add(m_wfaAxe);
IWfiMorphBundle bundle = m_wfaAxe.MorphBundlesOS.Append(new WfiMorphBundle());
bundle.MorphRA = form;
bundle.SenseRA = senseAxe;
m_wgAxe = new WfiGloss();
m_wfaAxe.MeaningsOC.Add(m_wgAxe);
m_wgAxe.Form.AnalysisDefaultWritingSystem = "axe";
m_wgChopper = new WfiGloss();
m_wfaAxe.MeaningsOC.Add(m_wgChopper);
m_wgChopper.Form.AnalysisDefaultWritingSystem = "chopper";
m_wfaAxe.SetAgentOpinion(m_fdoCache.LangProject.DefaultUserAgent, Opinions.approves);
ILexEntry entryCut = LexEntry.CreateEntry(Cache,
MoMorphType.FindMorphType(Cache, new MoMorphTypeCollection(Cache), ref formLexEntry, out clsidForm), tssLexEntryForm,
"cut", null);
m_wfaCut = new WfiAnalysis();
m_wfAxx.AnalysesOC.Add(m_wfaCut);
bundle = m_wfaCut.MorphBundlesOS.Append(new WfiMorphBundle());
bundle.MorphRA = entryCut.LexemeFormOA;
bundle.SenseRA = entryCut.SensesOS[0];
m_wgCut = new WfiGloss();
m_wfaCut.MeaningsOC.Add(m_wgCut);
m_wgCut.Form.AnalysisDefaultWritingSystem = "cut";
m_wfaCut.SetAgentOpinion(m_fdoCache.LangProject.DefaultUserAgent, Opinions.approves);
m_cAnalyses += 2;
}
public void NewGlossExistingLexEntryNewLexSense()
{
int hvoCba0_0 = GetCbaHvo(0, 0, 0);
m_sandbox.SwitchWord(hvoCba0_0, false);
string formLexEntry = "xxxa";
ITsString tssLexEntryForm = StringUtils.MakeTss(formLexEntry, Cache.DefaultVernWs);
int clsidForm;
ILexEntry lexEntry1_Entry = LexEntry.CreateEntry(Cache,
MoMorphType.FindMorphType(Cache, new MoMorphTypeCollection(Cache), ref formLexEntry, out clsidForm), tssLexEntryForm,
"xxxa.existingsense1", null);
ILexSense lexEntry1_Sense1 = lexEntry1_Entry.SensesOS[0];
// mark the count of LexEntries
int cEntriesOrig = Cache.LangProject.LexDbOA.EntriesOC.Count;
// add a new word gloss
ITsString tssWordGlossInSandbox = m_sandbox.SetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs, "0.0.xxxa");
int hvoWf = WfiWordform.GetWfiWordformFromInstanceOf(Cache, hvoCba0_0);
WfiWordform wf = new WfiWordform(Cache, hvoWf);
// set word pos, to first possibility (e.g. 'adjunct')
int hvoSbWordPos = m_sandbox.SelectIndexInCombo(InterlinLineChoices.kflidWordPos, 0, 0);
// confirm the analysis (making a real analysis and a LexSense)
int hvoGloss = m_sandbox.ConfirmAnalysis();
WfiGloss wfiGloss = new WfiGloss(Cache, hvoGloss);
// make sure we didn't add entries to the Lexicon.
int cEntriesAfter = Cache.LangProject.LexDbOA.EntriesOC.Count;
Assert.AreEqual(cEntriesOrig, cEntriesAfter);
// confirm we have only one analysis and that it is monomorphemic
WfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
Assert.AreEqual(wf.Hvo, wfiAnalysis.OwnerHVO, "Expected confirmed analysis to be owned by the original wordform.");
Assert.AreEqual(1, wf.AnalysesOC.Count);
Assert.AreEqual(1, wfiAnalysis.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis.MeaningsOC.Count);
// make sure the strings of the wfi gloss matches the strings of the lex gloss.
ValidateSenseWithAnalysis(m_sandbox.GetLexSenseForWord(), wfiGloss, hvoSbWordPos);
}
public void PickLexGlossUsingExistingAnalysis()
{
int hvoCba0_0 = GetCbaHvo(0, 0, 0);
m_sandbox.SwitchWord(hvoCba0_0, false);
ILexEntry lexEntry1_Entry;
ILexSense lexEntry1_Sense1;
SetupLexEntryAndSense("xxxa", "0.0.xxxa", out lexEntry1_Entry, out lexEntry1_Sense1);
ILexEntry lexEntry2_Entry;
ILexSense lexEntry2_Sense1;
SetupLexEntryAndSense("xxxa", "xxxa.AlternativeGloss", out lexEntry2_Entry, out lexEntry2_Sense1);
// setup an existing analysis and gloss to match existing entry
WfiWordform wf;
IWfiMorphBundle morphBundle1 = SetupMorphBundleForEntry(hvoCba0_0, "0.0.xxxa", lexEntry1_Entry, lexEntry1_Sense1, out wf);
IWfiMorphBundle morphBundle2 = SetupMorphBundleForEntry(hvoCba0_0, "xxxa.AlternativeGloss", lexEntry2_Entry, lexEntry2_Sense1, out wf);
// load sandbox with a guess.
m_sandbox.SwitchWord(hvoCba0_0, false);
Assert.IsTrue(m_sandbox.UsingGuess);
// mark the count of LexEntries
int cEntriesOrig = Cache.LangProject.LexDbOA.EntriesOC.Count;
// first select 'unknown' to clear the guess for the word gloss/pos
m_sandbox.SelectItemInCombo(InterlinLineChoices.kflidWordGloss, 0, "Unknown");
// confirm Sandbox is in the expected state.
ITsString tssWordGlossInSandbox = m_sandbox.GetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs);
Assert.AreEqual(null, tssWordGlossInSandbox.Text);
int hvoPos = m_sandbox.GetRealHvoInSandbox(InterlinLineChoices.kflidWordPos, 0);
Assert.AreEqual(0, hvoPos);
// simulate selecting a lex gloss '0.0.xxxa'
m_sandbox.SelectItemInCombo(InterlinLineChoices.kflidWordGloss, 0, lexEntry1_Sense1.Hvo);
// confirm Sandbox is in the expected state.
tssWordGlossInSandbox = m_sandbox.GetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs);
Assert.AreEqual("0.0.xxxa", tssWordGlossInSandbox.Text);
int hvoPos2 = m_sandbox.GetRealHvoInSandbox(InterlinLineChoices.kflidWordPos, 0);
Assert.AreNotEqual(0, hvoPos2);
// simulate selecting the other lex gloss 'xxxa.AlternativeGloss'
m_sandbox.SelectItemInCombo(InterlinLineChoices.kflidWordGloss, 0, lexEntry2_Sense1.Hvo);
// confirm Sandbox is in the expected state.
tssWordGlossInSandbox = m_sandbox.GetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs);
Assert.AreEqual("xxxa.AlternativeGloss", tssWordGlossInSandbox.Text);
int hvoPos3 = m_sandbox.GetRealHvoInSandbox(InterlinLineChoices.kflidWordPos, 0);
Assert.AreNotEqual(0, hvoPos3);
// Next simulate picking an existing word gloss/pos by typing/selecting
tssWordGlossInSandbox = m_sandbox.SetTssInSandbox(InterlinLineChoices.kflidWordGloss, Cache.DefaultAnalWs, "0.0.xxxa");
// set word pos, to first possibility (e.g. 'adjunct')
int hvoSbWordPos = m_sandbox.SelectIndexInCombo(InterlinLineChoices.kflidWordPos, 0, 0);
// confirm the analysis (using existing analysis and a LexSense)
int hvoGloss = m_sandbox.ConfirmAnalysis();
WfiGloss wfiGloss = new WfiGloss(Cache, hvoGloss);
// make sure we didn't add entries or senses to the Lexicon.
int cEntriesAfter = Cache.LangProject.LexDbOA.EntriesOC.Count;
Assert.AreEqual(cEntriesOrig, cEntriesAfter);
Assert.AreEqual(1, lexEntry1_Entry.SensesOS.Count);
// make sure the sense matches the existing one.
ILexSense sense = m_sandbox.GetLexSenseForWord();
Assert.AreEqual(lexEntry1_Sense1.Hvo, sense.Hvo);
// make sure the strings of the wfi gloss matches the strings of the lex gloss.
ValidateSenseWithAnalysis(sense, wfiGloss, hvoSbWordPos);
// confirm we have not created a new analysis and that it is monomorphemic
IWfiAnalysis wfiAnalysis = wfiGloss.Owner as WfiAnalysis;
Assert.AreEqual(wf.Hvo, wfiAnalysis.OwnerHVO, "Expected confirmed analysis to be owned by the original wordform.");
Assert.AreEqual(hvoSbWordPos, wfiAnalysis.CategoryRAHvo);
Assert.AreEqual(2, wf.AnalysesOC.Count);
Assert.AreEqual(1, wfiAnalysis.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis.MeaningsOC.Count);
IWfiAnalysis wfiAnalysis2 = (morphBundle2 as WfiMorphBundle).Owner as WfiAnalysis;
Assert.AreEqual(1, wfiAnalysis2.MorphBundlesOS.Count);
Assert.AreEqual(1, wfiAnalysis2.MeaningsOC.Count);
// make sure the morph is linked to our lexicon sense, msa, and part of speech.
IWfiMorphBundle wfiMorphBundle = wfiAnalysis.MorphBundlesOS[0];
Assert.AreEqual(morphBundle1.Hvo, wfiMorphBundle.Hvo);
}
private void ValidateSenseWithAnalysis(ILexSense sense, WfiGloss wfiGloss, int hvoSbWordPos)
{
ValidateSenseWithAnalysis(sense, wfiGloss, hvoSbWordPos, false, sense.Entry.LexemeFormOA as IMoStemAllomorph);
}
protected override void ValidateSegForms(object expectedSegForm, object actualSegForm, string segFormContext)
{
string msg = "Mismatched {0} in {1}.";
// Get the paragraph string corresponding to the annotation.
ICmBaseAnnotation cbaExpected = CmBaseAnnotation.CreateFromDBObject(m_cache, (int)expectedSegForm);
// first make sure we have a txt item.
if (IsLineEnabled(InterlinLineChoices.kflidWord))
{
ITsString tssExpectedForm = m_para.Contents.UnderlyingTsString.GetSubstring(cbaExpected.BeginOffset, cbaExpected.EndOffset);
string lang = "xkal";
// Review: get WsLabel from tssExpectedForm.
string actualForm = "";
if (cbaExpected.AnnotationTypeRAHvo == TwficAnnotationType)
{
actualForm = m_reader.GetItemInnerText(actualSegForm as XmlNode, "txt", lang);
}
else if (cbaExpected.AnnotationTypeRAHvo == PunctuationAnnotationType)
{
actualForm = m_reader.GetItemInnerText(actualSegForm as XmlNode, "punct", lang);
}
Assert.AreEqual(tssExpectedForm.Text, actualForm,
String.Format(msg, "word", segFormContext));
}
// if WordGloss is enabled, verify it.
if (IsLineEnabled(InterlinLineChoices.kflidWordGloss))
{
string lang = "en";
string actualWordGloss = m_reader.GetItemInnerText(actualSegForm as XmlNode, "gls", lang);
if (cbaExpected.AnnotationTypeRAHvo == PunctuationAnnotationType)
{
// must be a punctuation (non-wfic)
Assert.AreEqual("", actualWordGloss);
}
else
{
WfiGloss expectedGloss = null;
int clsId = m_cache.GetClassOfObject(cbaExpected.InstanceOfRAHvo);
if (clsId == WfiGloss.kclsidWfiGloss)
{
expectedGloss = new WfiGloss(m_cache, cbaExpected.InstanceOfRAHvo);
}
else if (clsId == WfiWordform.kclsidWfiWordform)
{
// should be a twfic so get its guess.
StTxtPara.TwficInfo cbaInfo = new StTxtPara.TwficInfo(m_cache, cbaExpected.Hvo);
int hvoExpectedGloss = cbaInfo.GetGuess();
if (hvoExpectedGloss != 0)
{
expectedGloss = new WfiGloss(m_cache, hvoExpectedGloss);
}
}
// TODO: There are cases for other classes (e.g. WfiAnalysis) but
// the tests do not generate those right now, so we won't worry about them right now.
if (expectedGloss != null)
{
Assert.AreEqual(expectedGloss.Form.AnalysisDefaultWritingSystem, actualWordGloss);
}
else
{
Assert.AreEqual("", actualWordGloss);
}
}
}
// validate morph bundle lines.
if (IsLineEnabled(InterlinLineChoices.kflidMorphemes) ||
IsLineEnabled(InterlinLineChoices.kflidLexEntries) ||
IsLineEnabled(InterlinLineChoices.kflidLexGloss) ||
IsLineEnabled(InterlinLineChoices.kflidLexPos))
{
// compare exported document to the LexEntries information in the WfiAnalysis
int hvoWfiAnalysis = 0;
if (cbaExpected.AnnotationTypeRAHvo != PunctuationAnnotationType)
{
hvoWfiAnalysis = WfiAnalysis.GetWfiAnalysisFromInstanceOf(m_cache, cbaExpected.Hvo);
}
List <XmlNode> morphNodes = m_reader.GetMorphNodes(actualSegForm as XmlNode);
if (hvoWfiAnalysis == 0)
{
// make sure we don't have any morphs.
Assert.IsEmpty(morphNodes);
}
else
{
IWfiAnalysis wfiAnalysis = WfiAnalysis.CreateFromDBObject(m_cache, hvoWfiAnalysis);
foreach (WfiMorphBundle morphBundle in wfiAnalysis.MorphBundlesOS)
{
int iMorph = morphBundle.OwnOrd - 1;
string morphContext = segFormContext + "/Morph(" + iMorph + ")";
XmlNode actualMorphNode = iMorph < morphNodes.Count ? morphNodes[iMorph] : null;
if (actualMorphNode == null)
{
Assert.Fail(String.Format(msg, "missing morph", morphContext));
}
ITsString tssLexEntry = null;
int hvoMorph = morphBundle.MorphRAHvo;
if (hvoMorph != 0)
{
// first test the morph form
if (IsLineEnabled(InterlinLineChoices.kflidMorphemes))
{
string actualMorphForm = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "txt", "xkal");
Assert.AreEqual(morphBundle.MorphRA.Form.VernacularDefaultWritingSystem,
actualMorphForm,
String.Format(msg, "morph/txt", morphContext));
}
// next test the lex entry
if (IsLineEnabled(InterlinLineChoices.kflidLexEntries))
{
string actualLexEntry = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "cf", "xkal");
string actualHomograph = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "hn", "en");
string actualVariantTypes = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "variantTypes", "en");
tssLexEntry = InterlinDocChild.GetLexEntryTss(m_cache, morphBundle, m_cache.DefaultVernWs);
Assert.AreEqual(tssLexEntry.Text, actualLexEntry + actualHomograph + actualVariantTypes,
String.Format(msg, "morph/cf[hn|variantTypes]", morphContext));
}
if (IsLineEnabled(InterlinLineChoices.kflidLexGloss))
{
string actualLexGloss = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "gls", "en");
string expectedGloss = "";
if (morphBundle.SenseRA != null && morphBundle.SenseRA.Gloss != null)
{
expectedGloss = morphBundle.SenseRA.Gloss.AnalysisDefaultWritingSystem;
}
Assert.AreEqual(expectedGloss, actualLexGloss,
String.Format(msg, "morph/gls", morphContext));
}
if (IsLineEnabled(InterlinLineChoices.kflidLexPos))
{
string actualLexMsa = m_reader.GetItemInnerText(actualMorphNode as XmlNode, "msa", "en");
string expectedMsa = "";
if (morphBundle.SenseRA != null && morphBundle.SenseRA.MorphoSyntaxAnalysisRA != null)
{
expectedMsa = morphBundle.SenseRA.MorphoSyntaxAnalysisRA.InterlinearAbbr;
}
Assert.AreEqual(expectedMsa, actualLexMsa,
String.Format(msg, "morph/msa", morphContext));
}
}
}
Assert.AreEqual(wfiAnalysis.MorphBundlesOS.Count, morphNodes.Count);
}
}
}
