//find all the segments in a specific range
//used to clear out a section when it is getting rechecked
//need to expand selection from these bounds out around full words
public IHighlightSegmentRaw[] GetSegments(IMarkupPointerRaw start, IMarkupPointerRaw end)
{
if (list.Count == 0)
{
return(null);
}
int firstSegmentInd = -1;
int lastSegmentInd = list.Count;
bool test;
//find the first segment after the start pointer
do
{
firstSegmentInd++;
//check if we have gone through the whole selection
if (firstSegmentInd >= lastSegmentInd)
{
return(null);
}
SegmentDef x = (SegmentDef)list.GetByIndex(firstSegmentInd);
start.IsRightOf(x.startPtr, out test);
} while (test);
do
{
lastSegmentInd--;
//check if we have gone through the whole selection
if (lastSegmentInd < firstSegmentInd)
{
return(null);
}
SegmentDef x = (SegmentDef)list.GetByIndex(lastSegmentInd);
end.IsLeftOf(x.startPtr, out test);
} while (test);
return(Subarray(firstSegmentInd, lastSegmentInd));
}
public void ConstructorTests()
{
SegmentDef pd = new SegmentDef(1, UrlDefinitionDataTypes.Data, "value");
Assert.AreEqual <int>(pd.Order, 1);
Assert.AreEqual <string>(pd.Type.ToString(), UrlDefinitionDataTypes.Data.ToString());
Assert.AreEqual <string>(pd.Value, "value");
}
public SegmentDef[] GetSegments(string message, string version)
{
ArrayList returnValue = new ArrayList();
foreach (MessageDefinitionContainerMock messageDefinition in Messages)
{
if (messageDefinition.Message.Equals(message))
{
returnValue = messageDefinition.Segments;
}
}
SegmentDef[] ret = new SegmentDef[returnValue.Count];
Array.Copy(returnValue.ToArray(), ret, returnValue.Count);
return(ret);
}
public SegmentDef[] GetSegments(string message, string version)
{
LoadXmlFile();
var hl7Grammar = _hl7Versions.HL7Version.Where(v => v.Version.Equals(version)).SingleOrDefault()
.Grammars.Where(g => g.Message.Equals(message)).SingleOrDefault();
ArrayList segments = new ArrayList();
if (null != hl7Grammar)
{
foreach (var segment in hl7Grammar.Segments)
{
segments.Add(new SegmentDef(segment.Name, segment.Group, segment.Required, segment.Repeating, segment.Description));
}
}
SegmentDef[] ret = new SegmentDef[segments.Count];
Array.Copy(segments.ToArray(), ret, segments.Count);
return(ret);
}
//find all the segments with a specific misspelled word
//used to clear for ignore all, add to dictionary
public MatchingSegment[] GetSegments(string word, CheckWordSpelling checkSpelling)
{
ArrayList segments = new ArrayList();
for (int i = 0; i < list.Count; i++)
{
SegmentDef x = (SegmentDef)list.GetByIndex(i);
//TODO: Change with new cultures added!!!
if (0 == String.Compare(word, x.word, true, CultureInfo.InvariantCulture))
{
//check spelling--capitalized word may be ok, but not mixed case, etc.
if (!checkSpelling(x.word))
{
segments.Add(new MatchingSegment(x.segment, x.startPtr));
}
}
}
return((MatchingSegment[])segments.ToArray(typeof(MatchingSegment)));
}
/// <summary> Queries the normative database for a list of segments comprising
/// the message structure. The returned list may also contain strings
/// that denote repetition and optionality. Choice indicators (i.e. begin choice,
/// next choice, end choice) for alternative segments are ignored, so that the class
/// structure allows all choices. The matter of enforcing that only a single choice is
/// populated can't be handled by the class structure, and should be handled elsewhere.
/// </summary>
public SegmentDef[] GetSegments(string message, string version)
{
/*String sql = "select HL7Segments.seg_code, repetitional, optional, description " +
* "from (HL7MsgStructIDSegments inner join HL7Segments on HL7MsgStructIDSegments.seg_code = HL7Segments.seg_code " +
* "and HL7MsgStructIDSegments.version_id = HL7Segments.version_id) " +
* "where HL7Segments.version_id = 6 and message_structure = '" + message + "' order by seq_no";*/
String sql = getSegmentListQuery(message, version);
//System.out.println(sql.toString());
SegmentDef[] segments = new SegmentDef[200]; //presumably there won't be more than 200
OleDbConnection conn = NormativeDatabase.Instance.Connection;
OleDbCommand stmt = SupportClass.TransactionManager.manager.CreateStatement(conn);
OleDbCommand temp_OleDbCommand;
temp_OleDbCommand = stmt;
temp_OleDbCommand.CommandText = sql;
OleDbDataReader rs = temp_OleDbCommand.ExecuteReader();
int c = -1;
while (rs.Read())
{
String name = SegmentGenerator.altSegName(Convert.ToString(rs[1 - 1]));
bool repeating = rs.GetBoolean(2 - 1);
bool optional = rs.GetBoolean(3 - 1);
String desc = Convert.ToString(rs[4 - 1]);
String groupName = Convert.ToString(rs[6 - 1]);
//ignore the "choice" directives ... the message class structure has to include all choices ...
// if this is enforced (i.e. exception thrown if >1 choice populated) this will have to be done separately.
if (!(name.Equals("<") || name.Equals("|") || name.Equals(">")))
{
c++;
segments[c] = new SegmentDef(name, groupName, !optional, repeating, desc);
}
}
rs.Close();
SegmentDef[] ret = new SegmentDef[c + 1];
Array.Copy(segments, 0, ret, 0, c + 1);
return(ret);
}
public MisspelledWordInfo FindSegment(MshtmlMarkupServices markupServices, IMarkupPointerRaw current)
{
//binary search
int start = 0;
int end = list.Count - 1;
int i = Middle(start, end);
while (-1 != i)
{
SegmentDef x = (SegmentDef)list.GetByIndex(i);
bool startTest;
current.IsRightOfOrEqualTo(x.startPtr, out startTest);
if (startTest)
{
bool endTest;
current.IsLeftOfOrEqualTo(x.endPtr, out endTest);
if (endTest)
{
MarkupPointer pStart = markupServices.CreateMarkupPointer(x.startPtr);
MarkupPointer pEnd = markupServices.CreateMarkupPointer(x.endPtr);
MarkupRange range = markupServices.CreateMarkupRange(pStart, pEnd);
//this could be a "phantom" range...no more content due to uncommitted damage or other reasons
//if it is phantom, remove it from the tracker and return null
if (range.Text == null)
{
list.RemoveAt(i);
return(null);
}
return(new MisspelledWordInfo(range, x.word));
}
start = i + 1;
}
else
{
end = i - 1;
}
i = Middle(start, end);
}
return(null);
}
