public override DataSet Clone()
{
AdaptItKnowledgeBase cln = ((AdaptItKnowledgeBase)(base.Clone()));
cln.InitVars();
return(cln);
}
public void AddEntryPair(string strSourceWord, string strTargetWord)
{
// first get the map for the number of words in the source string (e.g. "ke picche" would be map=2)
strSourceWord = strSourceWord.Trim((m_caDelimitersForward != null) ? m_caDelimitersForward : caSplitChars);
int nMapValue = strSourceWord.Split(caSplitChars, StringSplitOptions.RemoveEmptyEntries).Length;
if (nMapValue > 10)
{
throw new ApplicationException("Cannot have a source phrase with more than 10 words!");
}
Dictionary <string, string> mapLookup;
if (!m_mapOfMaps.TryGetValue(nMapValue, out mapLookup))
{
mapLookup = new Dictionary <string, string>();
}
// first see if this pair is already there
string strTargetWordsInMap = null;
if (mapLookup.TryGetValue(strSourceWord, out strTargetWordsInMap))
{
if ((strTargetWordsInMap == strTargetWord) || (strTargetWordsInMap.IndexOf(String.Format("%{0}%", strTargetWord)) != -1))
{
return; // already there
}
}
// otherwise, we need to add it.
#if !NotUseSchemaGeneratedClass
try
{
XmlDocument doc;
XPathNavigator navigator;
XmlNamespaceManager manager;
GetXmlDocument(out doc, out navigator, out manager);
if (doc.DocumentElement != null)
{
XmlNode nodeKbNode = doc.DocumentElement.SelectSingleNode(XPathToKB, manager);
if (nodeKbNode == null)
{
doc.CreateElement(XPathToKB); // no KB element, so create one
nodeKbNode = doc.DocumentElement.SelectSingleNode(XPathToKB, manager);
}
// see if the proper map entry is present (so we can add it, if not)
string strMapSelect = XPathToSpecificMAP(nMapValue);
XmlNode nodeMapEntry = nodeKbNode.SelectSingleNode(strMapSelect, manager);
if (nodeMapEntry == null)
{
// if not, then add it.
// xpathnavs are easier to use to add child elements
XPathNavigator xpnMap = nodeKbNode.CreateNavigator();
xpnMap.AppendChild(String.Format("<MAP mn=\"{0}\"/>", nMapValue));
// now try it again
nodeMapEntry = nodeKbNode.SelectSingleNode(strMapSelect, manager);
}
// see if the source word exists (so we can add it if not)
string strSourceWordSelect = XPathToSpecificTU(strSourceWord);
XmlNode nodeSourceWordEntry = nodeMapEntry.SelectSingleNode(strSourceWordSelect, manager);
if (nodeSourceWordEntry == null)
{
// add it.
XPathNavigator xpnSourceWord = nodeMapEntry.CreateNavigator();
xpnSourceWord.AppendChild(String.Format("<TU f=\"0\" k=\"{0}\"/>", strSourceWord));
// now try it again
nodeSourceWordEntry = nodeMapEntry.SelectSingleNode(strSourceWordSelect, manager);
}
// the target word shouldn't exist (or we wouldn't be here... unless it was *just* added
// but to avoid doing two loads... just be sure we're not adding it twice here
string strTargetWordSelect = XPathToSpecificRS(strTargetWord);
XmlNode nodeTargetWordEntry = nodeSourceWordEntry.SelectSingleNode(strTargetWordSelect, manager);
if (nodeTargetWordEntry != null)
{
return; // nothing to do, because it's already in there.
}
// add it.
XPathNavigator xpnTargetWord = nodeSourceWordEntry.CreateNavigator();
xpnTargetWord.AppendChild(String.Format("<RS n=\"1\" a=\"{0}\"/>", strTargetWord));
File.Copy(m_strKnowledgeBaseFileSpec, m_strKnowledgeBaseFileSpec + ".bak", true);
XmlTextWriter writer = new XmlTextWriter(m_strKnowledgeBaseFileSpec, Encoding.UTF8);
writer.Formatting = Formatting.Indented;
doc.Save(writer);
writer.Close();
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
#else
AdaptItKnowledgeBase aikb = new AdaptItKnowledgeBase();
aikb.ReadXml(m_strKnowledgeBaseFileSpec);
// make sure there's a KB record (if AI created it, there will be, but why not allow users to create
// AI KBs without AI...)
AdaptItKnowledgeBase.KBRow aKBRow = null;
if (aikb.KB.Count == 0)
{
aKBRow = aikb.KB.AddKBRow("4", null, null, "1");
}
else
{
aKBRow = aikb.KB[0];
}
// get the proper MAP element
AdaptItKnowledgeBase.MAPRow aMAPRow = aikb.MAP.FindBymn(nMapValue.ToString());
if (aMAPRow == null)
{
// have to add it
System.Diagnostics.Debug.Assert(aKBRow != null);
aMAPRow = aikb.MAP.AddMAPRow(nMapValue.ToString(), aKBRow);
}
// get the proper Source Word element
AdaptItKnowledgeBase.TURow aTURow = aikb.TU.FindByk(strSourceWord);
if (aTURow == null)
{
System.Diagnostics.Debug.Assert(aMAPRow != null);
aTURow = aikb.TU.AddTURow("0", strSourceWord, aMAPRow);
}
// see if the particular target word entry is there...
System.Diagnostics.Debug.Assert(aTURow != null);
foreach (AdaptItKnowledgeBase.RSRow aRSRow in aTURow.GetRSRows())
{
if (aRSRow.a == strTargetWord)
{
return;
}
}
// otherwise, add a new RS element for this word
aikb.RS.AddRSRow("1", strTargetWord, aTURow);
File.Copy(m_strKnowledgeBaseFileSpec, m_strKnowledgeBaseFileSpec + ".bak", true);
aikb.WriteXml(m_strKnowledgeBaseFileSpec);
#endif
}
protected virtual bool Load()
{
System.Diagnostics.Debug.Assert(!String.IsNullOrEmpty(m_strProjectFileSpec));
System.Diagnostics.Debug.Assert(!String.IsNullOrEmpty(m_strKnowledgeBaseFileSpec));
// see if the project file timestamp has changed (in which case, we should
// reload the punctuation just in case it changed);
DateTime timeModified = DateTime.Now; // don't care really, but have to initialize it.
if (!DoesFileExist(m_strProjectFileSpec, ref timeModified))
{
EncConverters.ThrowError(ErrStatus.CantOpenReadMap, m_strProjectFileSpec);
}
bool bSomethingChanged = false;
// if we have "old" data
if (timeModified > m_timeModifiedProj)
{
// get the punctuation out of the project file.
string strProjectFileContents = null;
using (StreamReader sr = File.OpenText(m_strProjectFileSpec))
{
strProjectFileContents = sr.ReadToEnd();
}
if (m_bLegacy) // legacy project file does it differently
{
int nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsLegacy) + cstrAdaptItPunctuationPairsLegacy.Length;
int nLength = strProjectFileContents.IndexOfAny(caSplitChars, nIndex) - nIndex;
string strPunctuation = strProjectFileContents.Substring(nIndex, nLength);
InitializeDelimitersLegacy(strPunctuation, out m_caDelimitersForward, out m_caDelimitersReverse);
}
else // NonRoman version
{
int nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsNRSource) + cstrAdaptItPunctuationPairsNRSource.Length;
int nLength = strProjectFileContents.IndexOf('\n', nIndex) - nIndex;
this.m_caDelimitersForward = ReturnDelimiters(strProjectFileContents, nIndex, nLength);
nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsNRTarget, nIndex) + cstrAdaptItPunctuationPairsNRTarget.Length;
nLength = strProjectFileContents.IndexOf('\n', nIndex) - nIndex;
this.m_caDelimitersReverse = ReturnDelimiters(strProjectFileContents, nIndex, nLength);
}
m_timeModifiedProj = timeModified;
bSomethingChanged = true;
}
// next check on the knowledge base... make sure it's there and get the last time it was modified
timeModified = DateTime.Now; // don't care really, but have to initialize it.
if (!DoesFileExist(m_strKnowledgeBaseFileSpec, ref timeModified))
{
EncConverters.ThrowError(ErrStatus.CantOpenReadMap, m_strKnowledgeBaseFileSpec);
}
// if it has been modified or it's not already loaded...
if (timeModified > m_timeModifiedKB)
{
m_mapOfMaps.Clear();
m_mapOfReversalMaps = null;
#if !NotUseSchemaGeneratedClass
// Since AdaptIt will make different records for two words which are canonically
// equivalent, if we use the class object to read it in via ReadXml, that will throw
// an exception in such a case. So see if using XmlDocument is any less restrictive
try
{
XmlDocument doc;
XPathNavigator navigator;
XmlNamespaceManager manager;
GetXmlDocument(out doc, out navigator, out manager);
XPathNodeIterator xpMapIterator = navigator.Select(XPathToMAP, manager);
List <string> astrTargetWords = new List <string>();
while (xpMapIterator.MoveNext())
{
// get the map number so we can make different maps for different size phrases
string strMapNum = xpMapIterator.Current.GetAttribute("mn", navigator.NamespaceURI);
int nMapNum = System.Convert.ToInt32(strMapNum, 10);
Dictionary <string, string> mapWords = new Dictionary <string, string>();
m_mapOfMaps.Add(nMapNum, mapWords);
XPathNodeIterator xpSourceWords = xpMapIterator.Current.Select(XPathToTU, manager);
while (xpSourceWords.MoveNext())
{
XPathNodeIterator xpTargetWords = xpSourceWords.Current.Select(XPathToRS, manager);
astrTargetWords.Clear();
while (xpTargetWords.MoveNext())
{
string strTargetWord = xpTargetWords.Current.GetAttribute("a", navigator.NamespaceURI);
astrTargetWords.Add(strTargetWord);
}
// if there are multiple target words for this form, then return it in Ample-like
// %2%target1%target% format
string strTargetWordFull = null;
if (astrTargetWords.Count > 1)
{
strTargetWordFull = String.Format("%{0}%", astrTargetWords.Count);
foreach (string strTargetWord in astrTargetWords)
{
strTargetWordFull += String.Format("{0}%", strTargetWord);
}
}
else if (astrTargetWords.Count == 1)
{
strTargetWordFull = astrTargetWords[0];
if (strTargetWordFull == "<Not In KB>")
{
continue; // skip this one so we *don't* get a match later on.
}
}
string strSourceWord = xpSourceWords.Current.GetAttribute("k", navigator.NamespaceURI);
System.Diagnostics.Debug.Assert(!mapWords.ContainsKey(strSourceWord), String.Format("The Knowledge Base has two different source records which are canonically equivalent! See if you can merge the two KB entries for word that look like, '{0}'", strSourceWord));
mapWords[strSourceWord] = strTargetWordFull;
}
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
catch (Exception ex)
{
throw new ApplicationException("Unable to open the AdaptIt knowledge base. Contact [email protected]", ex);
}
#else
AdaptItKnowledgeBase aikb = new AdaptItKnowledgeBase();
try
{
aikb.ReadXml(m_strKnowledgeBaseFileSpec);
if (aikb.KB.Count > 0)
{
AdaptItKnowledgeBase.KBRow aKBRow = aikb.KB[0];
foreach (AdaptItKnowledgeBase.MAPRow aMapRow in aKBRow.GetMAPRows())
{
foreach (AdaptItKnowledgeBase.TURow aTURow in aMapRow.GetTURows())
{
string strValue = null;
AdaptItKnowledgeBase.RSRow[] aRSRows = aTURow.GetRSRows();
if (aRSRows.Length > 1)
{
// if there is more than one mapping, then make it %count%val1%val2%...
// so people can use the Word Pick macro to choose it
strValue = String.Format("%{0}%", aRSRows.Length);
foreach (AdaptItKnowledgeBase.RSRow aRSRow in aRSRows)
{
strValue += String.Format("{0}%", aRSRow.a);
}
}
else if (aRSRows.Length == 1)
{
AdaptItKnowledgeBase.RSRow aRSRow = aRSRows[0];
if (aRSRow.a == "<Not In KB>")
{
continue; // skip this one so we *don't* get a match later on.
}
else
{
strValue = aRSRow.a;
}
}
m_mapLookup[aTURow.k] = strValue;
}
}
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
#endif
// keep track of the modified date, so we can detect a new version to reload
m_timeModifiedKB = timeModified;
bSomethingChanged = true;
}
return(bSomethingChanged); // indicate whether the data was reinitialized or not
}
private void UpdateKB()
{
System.Diagnostics.Debug.Assert(m_aEC != null);
AddKBEntry dlg = new AddKBEntry(SelectedWord, SelectedWord, m_fontSource, m_fontTarget);
if (dlg.ShowDialog() == DialogResult.OK)
{
#if !MovedToEncCnvtrs
try
{
m_aEC.AddEntryPair(dlg.Source, dlg.Target);
}
catch (Exception ex)
{
MessageBox.Show(String.Format("Unable to access the knowledge base because:{0}{0}{1}",
Environment.NewLine, ex.Message), DiscourseChartForm.cstrCaption);
}
m_bTurnOffSelectedIndexChange = true;
SelectedWord = dlg.Target;
m_bTurnOffSelectedIndexChange = false;
#else
AdaptItKnowledgeBase aikb = new AdaptItKnowledgeBase();
string strKbPath = m_aEC.GetEncConverter.ConverterIdentifier;
aikb.ReadXml(strKbPath);
if ((aikb.KB.Count > 0) && (aikb.MAP.Count > 0))
{
// first see if there's already a row with this word in it (in which case, we just add a new entry)
if (!FindExistingEntry(aikb, strKbPath, dlg.Source, dlg.Target))
{
AdaptItKnowledgeBase.TURow aTURow = aikb.TU.AddTURow("0", dlg.Source, aikb.MAP[0]);
aikb.RS.AddRSRow("1", dlg.Target, aTURow);
aikb.WriteXml(strKbPath);
}
m_bTurnOffSelectedIndexChange = true;
SelectedWord = dlg.Target;
m_bTurnOffSelectedIndexChange = false;
}
#endif
}
}
public void AddEntryPair(string strSourceWord, string strTargetWord)
{
// first get the map for the number of words in the source string (e.g. "ke picche" would be map=2)
strSourceWord = strSourceWord.Trim((m_caDelimitersForward != null) ? m_caDelimitersForward : caSplitChars);
int nMapValue = strSourceWord.Split(caSplitChars, StringSplitOptions.RemoveEmptyEntries).Length;
if (nMapValue > 10)
throw new ApplicationException("Cannot have a source phrase with more than 10 words!");
Dictionary<string, string> mapLookup;
if (!m_mapOfMaps.TryGetValue(nMapValue, out mapLookup))
mapLookup = new Dictionary<string, string>();
// first see if this pair is already there
string strTargetWordsInMap = null;
if (mapLookup.TryGetValue(strSourceWord, out strTargetWordsInMap))
{
if ((strTargetWordsInMap == strTargetWord) || (strTargetWordsInMap.IndexOf(String.Format("%{0}%", strTargetWord)) != -1))
return; // already there
}
// otherwise, we need to add it.
#if !NotUseSchemaGeneratedClass
try
{
XmlDocument doc;
XPathNavigator navigator;
XmlNamespaceManager manager;
GetXmlDocument(out doc, out navigator, out manager);
if (doc.DocumentElement != null)
{
XmlNode nodeKbNode = doc.DocumentElement.SelectSingleNode(XPathToKB, manager);
if (nodeKbNode == null)
{
doc.CreateElement(XPathToKB); // no KB element, so create one
nodeKbNode = doc.DocumentElement.SelectSingleNode(XPathToKB, manager);
}
// see if the proper map entry is present (so we can add it, if not)
string strMapSelect = XPathToSpecificMAP(nMapValue);
XmlNode nodeMapEntry = nodeKbNode.SelectSingleNode(strMapSelect, manager);
if (nodeMapEntry == null)
{
// if not, then add it.
// xpathnavs are easier to use to add child elements
XPathNavigator xpnMap = nodeKbNode.CreateNavigator();
xpnMap.AppendChild(String.Format("<MAP mn=\"{0}\"/>", nMapValue));
// now try it again
nodeMapEntry = nodeKbNode.SelectSingleNode(strMapSelect, manager);
}
// see if the source word exists (so we can add it if not)
string strSourceWordSelect = XPathToSpecificTU(strSourceWord);
XmlNode nodeSourceWordEntry = nodeMapEntry.SelectSingleNode(strSourceWordSelect, manager);
if (nodeSourceWordEntry == null)
{
// add it.
XPathNavigator xpnSourceWord = nodeMapEntry.CreateNavigator();
xpnSourceWord.AppendChild(String.Format("<TU f=\"0\" k=\"{0}\"/>", strSourceWord));
// now try it again
nodeSourceWordEntry = nodeMapEntry.SelectSingleNode(strSourceWordSelect, manager);
}
// the target word shouldn't exist (or we wouldn't be here... unless it was *just* added
// but to avoid doing two loads... just be sure we're not adding it twice here
string strTargetWordSelect = XPathToSpecificRS(strTargetWord);
XmlNode nodeTargetWordEntry = nodeSourceWordEntry.SelectSingleNode(strTargetWordSelect, manager);
if (nodeTargetWordEntry != null)
return; // nothing to do, because it's already in there.
// add it.
XPathNavigator xpnTargetWord = nodeSourceWordEntry.CreateNavigator();
xpnTargetWord.AppendChild(String.Format("<RS n=\"1\" a=\"{0}\"/>", strTargetWord));
File.Copy(m_strKnowledgeBaseFileSpec, m_strKnowledgeBaseFileSpec + ".bak", true);
XmlTextWriter writer = new XmlTextWriter(m_strKnowledgeBaseFileSpec, Encoding.UTF8);
writer.Formatting = Formatting.Indented;
doc.Save(writer);
writer.Close();
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
#else
AdaptItKnowledgeBase aikb = new AdaptItKnowledgeBase();
aikb.ReadXml(m_strKnowledgeBaseFileSpec);
// make sure there's a KB record (if AI created it, there will be, but why not allow users to create
// AI KBs without AI...)
AdaptItKnowledgeBase.KBRow aKBRow = null;
if (aikb.KB.Count == 0)
aKBRow = aikb.KB.AddKBRow("4", null, null, "1");
else
aKBRow = aikb.KB[0];
// get the proper MAP element
AdaptItKnowledgeBase.MAPRow aMAPRow = aikb.MAP.FindBymn(nMapValue.ToString());
if (aMAPRow == null)
{
// have to add it
System.Diagnostics.Debug.Assert(aKBRow != null);
aMAPRow = aikb.MAP.AddMAPRow(nMapValue.ToString(), aKBRow);
}
// get the proper Source Word element
AdaptItKnowledgeBase.TURow aTURow = aikb.TU.FindByk(strSourceWord);
if (aTURow == null)
{
System.Diagnostics.Debug.Assert(aMAPRow != null);
aTURow = aikb.TU.AddTURow("0", strSourceWord, aMAPRow);
}
// see if the particular target word entry is there...
System.Diagnostics.Debug.Assert(aTURow != null);
foreach (AdaptItKnowledgeBase.RSRow aRSRow in aTURow.GetRSRows())
if (aRSRow.a == strTargetWord)
return;
// otherwise, add a new RS element for this word
aikb.RS.AddRSRow("1", strTargetWord, aTURow);
File.Copy(m_strKnowledgeBaseFileSpec, m_strKnowledgeBaseFileSpec + ".bak", true);
aikb.WriteXml(m_strKnowledgeBaseFileSpec);
#endif
}
protected virtual bool Load()
{
System.Diagnostics.Debug.Assert(!String.IsNullOrEmpty(m_strProjectFileSpec));
System.Diagnostics.Debug.Assert(!String.IsNullOrEmpty(m_strKnowledgeBaseFileSpec));
// see if the project file timestamp has changed (in which case, we should
// reload the punctuation just in case it changed);
DateTime timeModified = DateTime.Now; // don't care really, but have to initialize it.
if( !DoesFileExist(m_strProjectFileSpec, ref timeModified) )
EncConverters.ThrowError(ErrStatus.CantOpenReadMap, m_strProjectFileSpec);
bool bSomethingChanged = false;
// if we have "old" data
if( timeModified > m_timeModifiedProj )
{
// get the punctuation out of the project file.
string strProjectFileContents = null;
using (StreamReader sr = File.OpenText(m_strProjectFileSpec))
{
strProjectFileContents = sr.ReadToEnd();
}
if( m_bLegacy ) // legacy project file does it differently
{
int nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsLegacy) + cstrAdaptItPunctuationPairsLegacy.Length;
int nLength = strProjectFileContents.IndexOfAny(caSplitChars, nIndex) - nIndex;
string strPunctuation = strProjectFileContents.Substring(nIndex, nLength);
InitializeDelimitersLegacy(strPunctuation, out m_caDelimitersForward, out m_caDelimitersReverse);
}
else // NonRoman version
{
int nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsNRSource) + cstrAdaptItPunctuationPairsNRSource.Length;
int nLength = strProjectFileContents.IndexOf('\n',nIndex) - nIndex;
this.m_caDelimitersForward = ReturnDelimiters(strProjectFileContents, nIndex, nLength);
nIndex = strProjectFileContents.IndexOf(cstrAdaptItPunctuationPairsNRTarget, nIndex) + cstrAdaptItPunctuationPairsNRTarget.Length;
nLength = strProjectFileContents.IndexOf('\n',nIndex) - nIndex;
this.m_caDelimitersReverse = ReturnDelimiters(strProjectFileContents, nIndex, nLength);
}
m_timeModifiedProj = timeModified;
bSomethingChanged = true;
}
// next check on the knowledge base... make sure it's there and get the last time it was modified
timeModified = DateTime.Now; // don't care really, but have to initialize it.
if( !DoesFileExist(m_strKnowledgeBaseFileSpec, ref timeModified) )
EncConverters.ThrowError(ErrStatus.CantOpenReadMap, m_strKnowledgeBaseFileSpec);
// if it has been modified or it's not already loaded...
if( timeModified > m_timeModifiedKB )
{
m_mapOfMaps.Clear();
m_mapOfReversalMaps = null;
#if !NotUseSchemaGeneratedClass
// Since AdaptIt will make different records for two words which are canonically
// equivalent, if we use the class object to read it in via ReadXml, that will throw
// an exception in such a case. So see if using XmlDocument is any less restrictive
try
{
XmlDocument doc;
XPathNavigator navigator;
XmlNamespaceManager manager;
GetXmlDocument(out doc, out navigator, out manager);
XPathNodeIterator xpMapIterator = navigator.Select(XPathToMAP, manager);
List<string> astrTargetWords = new List<string>();
while (xpMapIterator.MoveNext())
{
// get the map number so we can make different maps for different size phrases
string strMapNum = xpMapIterator.Current.GetAttribute("mn", navigator.NamespaceURI);
int nMapNum = System.Convert.ToInt32(strMapNum, 10);
Dictionary<string, string> mapWords = new Dictionary<string, string>();
m_mapOfMaps.Add(nMapNum, mapWords);
XPathNodeIterator xpSourceWords = xpMapIterator.Current.Select(XPathToTU, manager);
while (xpSourceWords.MoveNext())
{
XPathNodeIterator xpTargetWords = xpSourceWords.Current.Select(XPathToRS, manager);
astrTargetWords.Clear();
while (xpTargetWords.MoveNext())
{
string strTargetWord = xpTargetWords.Current.GetAttribute("a", navigator.NamespaceURI);
astrTargetWords.Add(strTargetWord);
}
// if there are multiple target words for this form, then return it in Ample-like
// %2%target1%target% format
string strTargetWordFull = null;
if (astrTargetWords.Count > 1)
{
strTargetWordFull = String.Format("%{0}%", astrTargetWords.Count);
foreach (string strTargetWord in astrTargetWords)
strTargetWordFull += String.Format("{0}%", strTargetWord);
}
else if (astrTargetWords.Count == 1)
{
strTargetWordFull = astrTargetWords[0];
if (strTargetWordFull == "<Not In KB>")
continue; // skip this one so we *don't* get a match later on.
}
string strSourceWord = xpSourceWords.Current.GetAttribute("k", navigator.NamespaceURI);
System.Diagnostics.Debug.Assert(!mapWords.ContainsKey(strSourceWord), String.Format("The Knowledge Base has two different source records which are canonically equivalent! See if you can merge the two KB entries for word that look like, '{0}'", strSourceWord));
mapWords[strSourceWord] = strTargetWordFull;
}
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
catch (Exception ex)
{
throw new ApplicationException("Unable to open the AdaptIt knowledge base. Contact [email protected]", ex);
}
#else
AdaptItKnowledgeBase aikb = new AdaptItKnowledgeBase();
try
{
aikb.ReadXml(m_strKnowledgeBaseFileSpec);
if (aikb.KB.Count > 0)
{
AdaptItKnowledgeBase.KBRow aKBRow = aikb.KB[0];
foreach (AdaptItKnowledgeBase.MAPRow aMapRow in aKBRow.GetMAPRows())
{
foreach (AdaptItKnowledgeBase.TURow aTURow in aMapRow.GetTURows())
{
string strValue = null;
AdaptItKnowledgeBase.RSRow[] aRSRows = aTURow.GetRSRows();
if (aRSRows.Length > 1)
{
// if there is more than one mapping, then make it %count%val1%val2%...
// so people can use the Word Pick macro to choose it
strValue = String.Format("%{0}%", aRSRows.Length);
foreach (AdaptItKnowledgeBase.RSRow aRSRow in aRSRows)
strValue += String.Format("{0}%", aRSRow.a);
}
else if (aRSRows.Length == 1)
{
AdaptItKnowledgeBase.RSRow aRSRow = aRSRows[0];
if (aRSRow.a == "<Not In KB>")
continue; // skip this one so we *don't* get a match later on.
else
strValue = aRSRow.a;
}
m_mapLookup[aTURow.k] = strValue;
}
}
}
}
catch (System.Data.DataException ex)
{
if (ex.Message == "A child row has multiple parents.")
{
// this happens when the knowledge base has invalid data in it (e.g. when there is two
// canonically equivalent words in different records). This is technically a bug in
// AdaptIt.
throw new ApplicationException("The AdaptIt knowledge base has invalid data in it! Contact [email protected]", ex);
}
throw ex;
}
#endif
// keep track of the modified date, so we can detect a new version to reload
m_timeModifiedKB = timeModified;
bSomethingChanged = true;
}
return bSomethingChanged; // indicate whether the data was reinitialized or not
}
