public void Visit(TokenEos tok)
{
}
/// <summary>
/// This method parses the output of the .p procedure that exports the database info
/// and fills _dataBases
/// It then updates the parser with the new info
/// </summary>
private static void Read(string filePath)
{
if (!File.Exists(filePath)) return;
_dataBases.Clear();
_sequences.Clear();
var defaultToken = new TokenEos(null, 0, 0, 0, 0);
ParsedDataBase currentDb = null;
ParsedTable currentTable = null;
Utils.ForEachLine(filePath, null, (i, items) => {
var splitted = items.Split('\t');
switch (items[0]) {
case 'H':
// base
//#H|<Dump date ISO 8601>|<Dump time>|<Logical DB name>|<Physical DB name>|<Progress version>
if (splitted.Count() != 6)
return;
currentDb = new ParsedDataBase(
splitted[3],
splitted[4],
splitted[5],
new List<ParsedTable>());
_dataBases.Add(currentDb);
break;
case 'S':
if (splitted.Count() != 3 || currentDb == null)
return;
_sequences.Add(new CompletionItem {
DisplayText = splitted[1],
Type = CompletionType.Sequence,
SubString = currentDb.LogicalName
});
break;
case 'T':
// table
//#T|<Table name>|<Table ID>|<Table CRC>|<Dump name>|<Description>
if (splitted.Count() != 6 || currentDb == null)
return;
currentTable = new ParsedTable(
splitted[1],
defaultToken,
splitted[2],
splitted[3],
splitted[4],
splitted[5],
"", false,
new List<ParsedField>(),
new List<ParsedIndex>(),
new List<ParsedTrigger>()
, "", "");
currentDb.Tables.Add(currentTable);
break;
case 'X':
// trigger
//#X|<Parent table>|<Event>|<Proc name>|<Trigger CRC>
if (splitted.Count() != 5 || currentTable == null)
return;
currentTable.Triggers.Add(new ParsedTrigger(
splitted[2],
splitted[3]));
break;
case 'I':
// index
//#I|<Parent table>|<Index name>|<Primary? 0/1>|<Unique? 0/1>|<Index CRC>|<Fileds separated with %>
if (splitted.Count() != 7 || currentTable == null)
return;
var flag = splitted[3].Equals("1") ? ParsedIndexFlag.Primary : ParsedIndexFlag.None;
if (splitted[4].Equals("1")) flag = flag | ParsedIndexFlag.Unique;
currentTable.Indexes.Add(new ParsedIndex(
splitted[2],
flag,
splitted[6].Split('%').ToList()));
break;
case 'F':
// field
//#F|<Parent table>|<Field name>|<Type>|<Format>|<Order #>|<Mandatory? 0/1>|<Extent? 0/1>|<Part of index? 0/1>|<Part of PK? 0/1>|<Initial value>|<Desription>
if (splitted.Count() != 12 || currentTable == null)
return;
var flag2 = splitted[6].Equals("1") ? ParsedFieldFlag.Mandatory : ParsedFieldFlag.None;
if (splitted[7].Equals("1")) flag2 = flag2 | ParsedFieldFlag.Extent;
if (splitted[8].Equals("1")) flag2 = flag2 | ParsedFieldFlag.Index;
if (splitted[9].Equals("1")) flag2 = flag2 | ParsedFieldFlag.Primary;
var curField = new ParsedField(
splitted[2],
splitted[3],
splitted[4],
int.Parse(splitted[5]),
flag2,
splitted[10],
splitted[11],
ParsedAsLike.None);
curField.Type = ParserHandler.ConvertStringToParsedPrimitiveType(curField.TempType, false);
currentTable.Fields.Add(curField);
break;
}
});
}
/// <summary>
/// Parses a text into a list of parsedItems
/// </summary>
public Parser(ProLexer proLexer, string filePathBeingParsed, ParsedScopeItem defaultScope, bool matchKnownWords)
{
// process inputs
_filePathBeingParsed = filePathBeingParsed;
_matchKnownWords = matchKnownWords && KnownStaticItems != null;
// the first of this list represents the file currently being parsed
_parsedIncludes.Add(
new ParsedIncludeFile(
"root",
new TokenEos(null, 0, 0, 0, 0),
// the preprocessed variable {0} equals to the filename...
new Dictionary <string, List <Token> >(StringComparer.CurrentCultureIgnoreCase)
{
{ "0", new List <Token> {
new TokenWord(Path.GetFileName(FilePathBeingParsed), 0, 0, 0, 0)
} }
},
_filePathBeingParsed,
null)
);
// init context
_context = new ParseContext {
BlockStack = new Stack <BlockInfo>(),
PreProcIfStack = new Stack <ParsedPreProcBlock>(),
UibBlockStack = new Stack <ParsedPreProcBlock>()
};
// create root item
if (defaultScope == null)
{
var rootToken = new TokenEos(null, 0, 0, 0, 0);
rootToken.OwnerNumber = 0;
_rootScope = new ParsedFile("Root", rootToken);
AddParsedItem(_rootScope, rootToken.OwnerNumber);
}
else
{
_rootScope = defaultScope;
}
_context.Scope = _rootScope;
// Analyze
_tokenList = proLexer.GetTokensList;
_tokenCount = _tokenList.Count;
ReplacePreProcVariablesAhead(1); // replaces a preproc var {&x} at token position 0
ReplacePreProcVariablesAhead(2); // replaces a preproc var {&x} at token position 1
while (MoveNext())
{
try {
Analyze();
} catch (Exception e) {
ErrorHandler.LogError(e, "Error while parsing the following file : " + filePathBeingParsed);
}
}
// add missing values to the line dictionary
var current = new LineInfo(GetCurrentDepth(), _rootScope);
for (int i = proLexer.MaxLine; i >= 0; i--)
{
if (_lineInfo.ContainsKey(i))
{
current = _lineInfo[i];
}
else
{
_lineInfo.Add(i, current);
}
}
// check that we match an &ENDIF for each &IF
if (_context.PreProcIfStack.Count > 0)
{
_parserErrors.Add(new ParserError(ParserErrorType.MismatchNumberOfIfEndIf, PeekAt(0), _context.PreProcIfStack.Count, _parsedIncludes));
}
// dispose
_context.BlockStack.Clear();
_context.PreProcIfStack.Clear();
_context.UibBlockStack.Clear();
_context = null;
_tokenList = null;
// if we are parsing an include file that was saved for later use, update it
if (SavedLexerInclude.ContainsKey(filePathBeingParsed))
{
SavedLexerInclude.Remove(filePathBeingParsed);
}
}
public void Visit(TokenEos tok)
{
if (tok.Line < FromLine || tok.Line > ToLine) return;
//Npp.StyleText((int)TextStyle.Default, tok.StartPosition, tok.EndPosition);
}