internal bool ExportPhase1(out DiscourseExporter exporter, string fileName)
{
CheckDisposed();
using (var writer = new XmlTextWriter(fileName, System.Text.Encoding.UTF8))
{
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter = new DiscourseExporter(m_cache, writer, m_hvoRoot, m_vc, m_wsLineNumber);
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Close();
}
return(true);
}
public void Export()
{
using (var stream = new MemoryStream())
{
//Set up some cells.
var allParaOccurrences = m_helper.MakeAnalysesUsedN(6);
// Make last analysis point to WfiWordform instead of WfiGloss
var lastOccurrence = allParaOccurrences[5];
var wordform = (lastOccurrence.Analysis as IWfiGloss).Wordform;
lastOccurrence.Segment.AnalysesRS.Replace(1, 0, new List <ICmObject> {
wordform
});
// This block makes the first row, puts WordGroups in cells 1 and 2, and list refs in cells 1 and 2
var row0 = m_helper.MakeFirstRow();
var movedItem = allParaOccurrences[1];
var cellPart0_1 = m_helper.MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
var marker = m_helper.GetAMarker();
var cellPart0_1b = m_helper.MakeChartMarker(row0, 1, marker);
var cellPart0_2 = m_helper.MakeWordGroup(row0, 2, movedItem, movedItem);
var marker2 = m_helper.GetAnotherMarker();
var cellPart0_2b = m_helper.MakeChartMarker(row0, 2, marker2);
var cellPart0_2c = m_helper.MakeChartMarker(row0, 2, marker);
var cellPart0_3 = m_helper.MakeWordGroup(row0, 3, lastOccurrence, lastOccurrence);
// Now another row, and cell 4 on the first has a ref to it. The new row has a WordGroup with two
// wordforms in cell 1. The cell is two columns wide, being merged with the previous cell.
var row1 = m_helper.MakeSecondRow();
m_helper.MakeDependentClauseMarker(row0, 4, new[] { row1 }, ClauseTypes.Song);
var cellPart1_1 = m_helper.MakeWordGroup(row1, 1, allParaOccurrences[2], allParaOccurrences[3]);
cellPart1_1.MergesBefore = true;
// Let's have some notes on row 0.
//var notesText = Cache.ServiceLocator.GetInstance<IStTextFactory>().Create();
row0.Notes = TsStringUtils.MakeString("This is a test note", Cache.DefaultAnalWs);
//var notesPara = Cache.ServiceLocator.GetInstance<IStTxtParaFactory>().Create();
//notesText.ParagraphsOS.Add(notesPara);
//notesPara.Contents = ;
// And some moved text in row 1
var cellPart1_2 = m_helper.MakeWordGroup(row1, 2, allParaOccurrences[4], allParaOccurrences[4]);
m_helper.MakeMovedTextMarker(row1, 3, cellPart1_2, true);
// We need four rows to properly test the variations on endPara/endSent
var row2 = m_helper.MakeRow(m_chart, "2");
row2.EndSentence = true;
var row3 = m_helper.MakeRow(m_chart, "3");
row3.EndSentence = true;
row3.EndParagraph = true;
m_helper.MakeRow(m_chart, "4");
using (var writer = new XmlTextWriter(stream, Encoding.UTF8))
{
using (var vc = new ConstChartVc(m_chartBody))
{
vc.LineChoices = m_chartBody.LineChoices;
using (var exporter = new DiscourseExporter(Cache, writer, m_chart.Hvo, vc, Cache.DefaultAnalWs))
{
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Flush();
// Close makes it unuseable
stream.Position = 0;
using (var reader = new StreamReader(stream, Encoding.UTF8))
{
var result = reader.ReadToEnd();
var doc = new XmlDocument();
doc.LoadXml(result);
var docNode = doc.DocumentElement;
Assert.AreEqual("document", docNode.Name);
var chartNode = VerifyNode("chart", docNode, 0, "chart", 7, 0);
VerifyTitleRow(chartNode);
VerifyTitle2Row(chartNode);
VerifyFirstDataRow(chartNode);
VerifySecondDataRow(chartNode);
var thirdRow = VerifyNode("row", chartNode, 4, "row", 8, 3);
AssertAttr(thirdRow, "endSent", "true");
var fourthRow = VerifyNode("row", chartNode, 5, "row", 8, 3);
AssertAttr(fourthRow, "endPara", "true");
var langNode = VerifyNode("languages", docNode, 1, "languages", 2, 0);
var enNode = VerifyNode("english lang node", langNode, 0, "language", 0, 2);
AssertAttr(enNode, "lang", "en");
AssertAttr(enNode, "font", null);
// don't verify exact font, may depend on installation.
}
}
}
}
}
}
public void Export()
{
using (MemoryStream stream = new MemoryStream())
{
//Set up some cells.
int[] allParaWfics = m_helper.MakeAnnotationsUsedN(5);
// This block makes the first row, puts CCAs in cells 1 and 2, and list refs in cells 1 and 2
CmIndirectAnnotation row0 = m_helper.MakeFirstRow();
int[] movedItems = new int[] { allParaWfics[1] };
CmIndirectAnnotation cca0_1 = m_helper.MakeColumnAnnotation(1, new int[] { allParaWfics[0] }, row0);
ICmPossibility marker = m_helper.GetAMarker();
ICmBaseAnnotation cca0_1b = m_helper.MakeMarkerAnnotation(1, row0, marker);
CmIndirectAnnotation cca0_2 = m_helper.MakeColumnAnnotation(2, movedItems, row0);
ICmPossibility marker2 = m_helper.GetAnotherMarker();
ICmBaseAnnotation cca0_2b = m_helper.MakeMarkerAnnotation(2, row0, marker2);
ICmBaseAnnotation cca0_2c = m_helper.MakeMarkerAnnotation(2, row0, marker);
// Now another row, and cell 4 on the first has a ref to it. The new row has a CCA with two wfics in cell 1. The cell is
// two columns wide, being merged with the previous cell.
CmIndirectAnnotation row1 = m_helper.MakeSecondRow();
ICmIndirectAnnotation cca0_4 = m_helper.MakeDependentClauseMarker(row0, 4, new int[] { row1.Hvo }, "song", "2");
CmIndirectAnnotation cca1_1 = m_helper.MakeColumnAnnotation(1, new int[] { allParaWfics[2], allParaWfics[3] }, row1);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, cca1_1.Hvo, ConstituentChartLogic.mergeBeforeTag, true);
// Let's have some notes on row 0.
StText notesText = new StText();
row0.TextOA = notesText;
StTxtPara notesPara = new StTxtPara();
notesText.ParagraphsOS.Append(notesPara);
notesPara.Contents.UnderlyingTsString = Cache.MakeAnalysisTss("This is a test note");
// And some moved text in row 1
CmIndirectAnnotation cca1_2 = m_helper.MakeColumnAnnotation(2, new int[] { allParaWfics[4] }, row1);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, cca1_2.Hvo,
ConstituentChartLogic.MovedTextFeatureName, true);
CmIndirectAnnotation cca2_3 = m_helper.MakeMovedTextAnnotation(3, cca1_2, row1, "Preposed");
// We need four rows to properly test the variations on endPara/endSent
CmIndirectAnnotation row2 = m_helper.MakeRow(m_chart, "2");
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row2.Hvo, ConstituentChartLogic.EndSentFeatureName, true);
CmIndirectAnnotation row3 = m_helper.MakeRow(m_chart, "3");
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row3.Hvo, ConstituentChartLogic.EndParaFeatureName, true);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row3.Hvo, ConstituentChartLogic.EndSentFeatureName, true);
CmIndirectAnnotation row4 = m_helper.MakeRow(m_chart, "4");
XmlWriter writer = new XmlTextWriter(stream, Encoding.UTF8);
ConstChartVc vc = new ConstChartVc(m_chartBody);
vc.LineChoices = m_chartBody.LineChoices;
DiscourseExporter exporter = new DiscourseExporter(m_inMemoryCache.Cache, writer, m_chart.Hvo,
vc, m_inMemoryCache.Cache.DefaultAnalWs);
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Flush(); // Close makes it unuseable
stream.Position = 0;
StreamReader reader = new StreamReader(stream, Encoding.UTF8);
string result = reader.ReadToEnd();
XmlDocument doc = new XmlDocument();
doc.LoadXml(result);
XmlNode docNode = doc.DocumentElement;
Assert.AreEqual("document", docNode.Name);
XmlNode chartNode = VerifyNode("chart", docNode, 0, "chart", 7, 0);
VerifyTitleRow(chartNode);
VerifyTitle2Row(chartNode);
VerifyFirstDataRow(chartNode);
VerifySecondDataRow(chartNode);
XmlNode thirdRow = VerifyNode("row", chartNode, 4, "row", 8, 3);
AssertAttr(thirdRow, "endSent", "true");
XmlNode fourthRow = VerifyNode("row", chartNode, 5, "row", 8, 3);
AssertAttr(fourthRow, "endPara", "true");
XmlNode langNode = VerifyNode("languages", docNode, 1, "languages", 2, 0);
XmlNode enNode = VerifyNode("english lang node", langNode, 0, "language", 0, 2);
AssertAttr(enNode, "lang", "en");
AssertAttr(enNode, "font", null); // don't verify exact font, may depend on installation.
}
}
public void Export()
{
using (var stream = new MemoryStream())
{
//Set up some cells.
var allParaOccurrences = m_helper.MakeAnalysesUsedN(6);
// Make last analysis point to WfiWordform instead of WfiGloss
var lastOccurrence = allParaOccurrences[5];
var wordform = (lastOccurrence.Analysis as IWfiGloss).Wordform;
lastOccurrence.Segment.AnalysesRS.Replace(1, 0, new List<ICmObject> { wordform });
// This block makes the first row, puts WordGroups in cells 1 and 2, and list refs in cells 1 and 2
var row0 = m_helper.MakeFirstRow();
var movedItem = allParaOccurrences[1];
var cellPart0_1 = m_helper.MakeWordGroup(row0, 1, allParaOccurrences[0], allParaOccurrences[0]);
var marker = m_helper.GetAMarker();
var cellPart0_1b = m_helper.MakeChartMarker(row0, 1, marker);
var cellPart0_2 = m_helper.MakeWordGroup(row0, 2, movedItem, movedItem);
var marker2 = m_helper.GetAnotherMarker();
var cellPart0_2b = m_helper.MakeChartMarker(row0, 2, marker2);
var cellPart0_2c = m_helper.MakeChartMarker(row0, 2, marker);
var cellPart0_3 = m_helper.MakeWordGroup(row0, 3, lastOccurrence, lastOccurrence);
// Now another row, and cell 4 on the first has a ref to it. The new row has a WordGroup with two
// wordforms in cell 1. The cell is two columns wide, being merged with the previous cell.
var row1 = m_helper.MakeSecondRow();
m_helper.MakeDependentClauseMarker(row0, 4, new[] { row1 }, ClauseTypes.Song);
var cellPart1_1 = m_helper.MakeWordGroup(row1, 1, allParaOccurrences[2], allParaOccurrences[3]);
cellPart1_1.MergesBefore = true;
// Let's have some notes on row 0.
//var notesText = Cache.ServiceLocator.GetInstance<IStTextFactory>().Create();
row0.Notes = Cache.TsStrFactory.MakeString("This is a test note", Cache.DefaultAnalWs);
//var notesPara = Cache.ServiceLocator.GetInstance<IStTxtParaFactory>().Create();
//notesText.ParagraphsOS.Add(notesPara);
//notesPara.Contents = ;
// And some moved text in row 1
var cellPart1_2 = m_helper.MakeWordGroup(row1, 2, allParaOccurrences[4], allParaOccurrences[4]);
m_helper.MakeMovedTextMarker(row1, 3, cellPart1_2, true);
// We need four rows to properly test the variations on endPara/endSent
var row2 = m_helper.MakeRow(m_chart, "2");
row2.EndSentence = true;
var row3 = m_helper.MakeRow(m_chart, "3");
row3.EndSentence = true;
row3.EndParagraph = true;
m_helper.MakeRow(m_chart, "4");
using (var writer = new XmlTextWriter(stream, Encoding.UTF8))
{
using (var vc = new ConstChartVc(m_chartBody))
{
vc.LineChoices = m_chartBody.LineChoices;
using (var exporter = new DiscourseExporter(Cache, writer, m_chart.Hvo, vc, Cache.DefaultAnalWs))
{
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Flush();
// Close makes it unuseable
stream.Position = 0;
using (var reader = new StreamReader(stream, Encoding.UTF8))
{
var result = reader.ReadToEnd();
var doc = new XmlDocument();
doc.LoadXml(result);
var docNode = doc.DocumentElement;
Assert.AreEqual("document", docNode.Name);
var chartNode = VerifyNode("chart", docNode, 0, "chart", 7, 0);
VerifyTitleRow(chartNode);
VerifyTitle2Row(chartNode);
VerifyFirstDataRow(chartNode);
VerifySecondDataRow(chartNode);
var thirdRow = VerifyNode("row", chartNode, 4, "row", 8, 3);
AssertAttr(thirdRow, "endSent", "true");
var fourthRow = VerifyNode("row", chartNode, 5, "row", 8, 3);
AssertAttr(fourthRow, "endPara", "true");
var langNode = VerifyNode("languages", docNode, 1, "languages", 2, 0);
var enNode = VerifyNode("english lang node", langNode, 0, "language", 0, 2);
AssertAttr(enNode, "lang", "en");
AssertAttr(enNode, "font", null);
// don't verify exact font, may depend on installation.
}
}
}
}
}
}
internal bool ExportPhase1(out DiscourseExporter exporter, string fileName)
{
CheckDisposed();
using (var writer = new XmlTextWriter(fileName, System.Text.Encoding.UTF8))
{
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter = new DiscourseExporter(m_cache, writer, m_hvoRoot, m_vc, m_wsLineNumber);
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Close();
}
return true;
}
public void Export()
{
using (MemoryStream stream = new MemoryStream())
{
//Set up some cells.
int[] allParaWfics = m_helper.MakeAnnotationsUsedN(5);
// This block makes the first row, puts CCAs in cells 1 and 2, and list refs in cells 1 and 2
CmIndirectAnnotation row0 = m_helper.MakeFirstRow();
int[] movedItems = new int[] { allParaWfics[1] };
CmIndirectAnnotation cca0_1 = m_helper.MakeColumnAnnotation(1, new int[] { allParaWfics[0] }, row0);
ICmPossibility marker = m_helper.GetAMarker();
ICmBaseAnnotation cca0_1b = m_helper.MakeMarkerAnnotation(1, row0, marker);
CmIndirectAnnotation cca0_2 = m_helper.MakeColumnAnnotation(2, movedItems, row0);
ICmPossibility marker2 = m_helper.GetAnotherMarker();
ICmBaseAnnotation cca0_2b = m_helper.MakeMarkerAnnotation(2, row0, marker2);
ICmBaseAnnotation cca0_2c = m_helper.MakeMarkerAnnotation(2, row0, marker);
// Now another row, and cell 4 on the first has a ref to it. The new row has a CCA with two wfics in cell 1. The cell is
// two columns wide, being merged with the previous cell.
CmIndirectAnnotation row1 = m_helper.MakeSecondRow();
ICmIndirectAnnotation cca0_4 = m_helper.MakeDependentClauseMarker(row0, 4, new int[] { row1.Hvo }, "song", "2");
CmIndirectAnnotation cca1_1 = m_helper.MakeColumnAnnotation(1, new int[] { allParaWfics[2], allParaWfics[3] }, row1);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, cca1_1.Hvo, ConstituentChartLogic.mergeBeforeTag, true);
// Let's have some notes on row 0.
StText notesText = new StText();
row0.TextOA = notesText;
StTxtPara notesPara = new StTxtPara();
notesText.ParagraphsOS.Append(notesPara);
notesPara.Contents.UnderlyingTsString = Cache.MakeAnalysisTss("This is a test note");
// And some moved text in row 1
CmIndirectAnnotation cca1_2 = m_helper.MakeColumnAnnotation(2, new int[] { allParaWfics[4] }, row1);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, cca1_2.Hvo,
ConstituentChartLogic.MovedTextFeatureName, true);
CmIndirectAnnotation cca2_3 = m_helper.MakeMovedTextAnnotation(3, cca1_2, row1, "Preposed");
// We need four rows to properly test the variations on endPara/endSent
CmIndirectAnnotation row2 = m_helper.MakeRow(m_chart, "2");
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row2.Hvo, ConstituentChartLogic.EndSentFeatureName, true);
CmIndirectAnnotation row3 = m_helper.MakeRow(m_chart, "3");
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row3.Hvo, ConstituentChartLogic.EndParaFeatureName, true);
ConstituentChartLogic.SetFeature(Cache.MainCacheAccessor, row3.Hvo, ConstituentChartLogic.EndSentFeatureName, true);
CmIndirectAnnotation row4 = m_helper.MakeRow(m_chart, "4");
XmlWriter writer = new XmlTextWriter(stream, Encoding.UTF8);
ConstChartVc vc = new ConstChartVc(m_chartBody);
vc.LineChoices = m_chartBody.LineChoices;
DiscourseExporter exporter = new DiscourseExporter(m_inMemoryCache.Cache, writer, m_chart.Hvo,
vc, m_inMemoryCache.Cache.DefaultAnalWs);
writer.WriteStartDocument();
writer.WriteStartElement("document");
exporter.ExportDisplay();
writer.WriteEndElement();
writer.WriteEndDocument();
writer.Flush(); // Close makes it unuseable
stream.Position = 0;
StreamReader reader = new StreamReader(stream, Encoding.UTF8);
string result = reader.ReadToEnd();
XmlDocument doc = new XmlDocument();
doc.LoadXml(result);
XmlNode docNode = doc.DocumentElement;
Assert.AreEqual("document", docNode.Name);
XmlNode chartNode = VerifyNode("chart", docNode, 0, "chart", 7, 0);
VerifyTitleRow(chartNode);
VerifyTitle2Row(chartNode);
VerifyFirstDataRow(chartNode);
VerifySecondDataRow(chartNode);
XmlNode thirdRow = VerifyNode("row", chartNode, 4, "row", 8, 3);
AssertAttr(thirdRow, "endSent", "true");
XmlNode fourthRow = VerifyNode("row", chartNode, 5, "row", 8, 3);
AssertAttr(fourthRow, "endPara", "true");
XmlNode langNode = VerifyNode("languages", docNode, 1, "languages", 2, 0);
XmlNode enNode = VerifyNode("english lang node", langNode, 0, "language", 0, 2);
AssertAttr(enNode, "lang", "en");
AssertAttr(enNode, "font", null); // don't verify exact font, may depend on installation.
}
}
