private List <KeyValuePair <string, StringLine> > SortStringLinesAfterId(RCFileContent aRcFileContent)
{
var stringLines = aRcFileContent.GetStringLinesDictionary.ToList();
stringLines.Sort((pair1, pair2) => pair1.Value.Id.CompareTo(pair2.Value.Id));
return(stringLines);
}
private void Write(StreamReader aReader, StreamWriter aWriter, RCFileContent aRcFileContent)
{
var stringLines = SortStringLinesAfterId(aRcFileContent);
var iterator = stringLines.GetEnumerator();
bool hasNext = iterator.MoveNext();
while (!aReader.EndOfStream)
{
string line = aReader.ReadLine();
List <string> lineElements = ParseUtility.BuildListOfStringsFromReadLine(line, Parse.kSplitResourceElementsChars);
int numberPositionsToSkip = hasNext ? NumberPositionToSkip(aRcFileContent, iterator) : 0;
while (numberPositionsToSkip-- > 0)
{
hasNext = iterator.MoveNext();
}
if (LineRepresentString(lineElements.Count, hasNext) == false ||
!ParseUtility.TransformToDecimal(lineElements[2], out int stringId))
{
aWriter.WriteLine(line);
}
else if (CheckForAddedStrings(aWriter, iterator, line, stringId, aRcFileContent))
{
hasNext = iterator.MoveNext();
}
}
}
private void SaveData(RCFileContent aRcFileContent, string aName, string aValue,
string aLine, int aStringTableOrder)
{
StringLine stringLine = new StringLine(aName, aValue, aLine);
stringLine.RcOrder = aStringTableOrder;
aRcFileContent.AddInStringLines(stringLine);
}
private void ReadEndOfRcFile(RCFileContent aRcFileContent, StreamReader aReadFile, string aReadLine)
{
aRcFileContent.EndRcFile += aReadLine + "\r\n";
do
{
aReadLine = aReadFile.ReadLine();
aRcFileContent.EndRcFile += aReadLine + "\r\n";
} while (!aReadFile.EndOfStream);
}
private bool CheckForAddedStrings(StreamWriter aWriter, IEnumerator <KeyValuePair <string, StringLine> > aIterator,
string aLine, int aStringId, RCFileContent aRcFileContent)
{
bool skipOnePosition = true;
if (aStringId < aIterator.Current.Value.Id)
{
skipOnePosition = false;
}
else if (aStringId > aIterator.Current.Value.Id && aRcFileContent.NewStringWasAdded == false)
{
aRcFileContent.NewStringWasAdded = true;
WriteAddedString(aWriter, aIterator);
}
aWriter.WriteLine(aLine);
return(skipOnePosition);
}
//skip strings that are not in Resource.h and are in another header
private int NumberPositionToSkip(RCFileContent aRcFileContent,
IEnumerator <KeyValuePair <string, StringLine> > aIterator)
{
int countPositions = 0;
bool hasEmptyFields;
do
{
string name = aIterator.Current.Value.Name;
hasEmptyFields = aRcFileContent.IsStringWithEmptyFields(name);
if (hasEmptyFields)
{
++countPositions;
}
} while (hasEmptyFields && aIterator.MoveNext());
return(countPositions);
}
public void ReadData(RCFileContent aRcFileContent, string aPathRCFile, string aPathRCFileWiter)
{
int stringTableOrder = 0;
bool stringTableFound = false;
if (!FileExists(aPathRCFile))
{
throw new FileNotFoundException(aPathRCFile);
}
aRcFileContent.CodePage = ExtractCodePage(aPathRCFile);
using (StreamReader readFile = new StreamReader(aPathRCFile, aRcFileContent.RcEncoding))
{
using (StreamWriter streamWriter = new StreamWriter(aPathRCFileWiter, false, aRcFileContent.RcEncoding))
{
string readLine;
while (!readFile.EndOfStream)
{
readLine = readFile.ReadLine();
// StringTable found
if (readLine.Trim() == TagConstants.kTagStringTable)
{
stringTableFound = true;
// skip BEGIN TAG
readLine = readFile.ReadLine();
ReadStringTableContent(aRcFileContent, readFile, stringTableOrder);
++stringTableOrder;
}
//Read the informations after the last StringTable
if (stringTableFound && readLine.Contains(TagConstants.kTagEndif))
{
ReadEndOfRcFile(aRcFileContent, readFile, readLine);
break;
}
//Write all until the first StringTable
if (!stringTableFound)
{
streamWriter.WriteLine(readLine);
}
}
}
}
}
public void WriteData(RCFileContent aContent, string aFilePath)
{
var stringTables = aContent.StringTablesDictionary.ToList();
stringTables.Sort((pair1, pair2) => pair1.Value.RcOrder.CompareTo(pair2.Value.RcOrder));
using (StreamWriter streamWriter = new StreamWriter(aFilePath, true, aContent.RcEncoding))
{
foreach (var stringTable in stringTables)
{
streamWriter.WriteLine(TagConstants.kTagStringTable);
streamWriter.WriteLine(TagConstants.kTagBegin);
stringTable.Value.Write(streamWriter);
streamWriter.WriteLine(TagConstants.kTagEnd + "\r\n");
}
streamWriter.Write(aContent.EndRcFile);
}
}
private void ReadStringTableContent(RCFileContent aRcFileContent, StreamReader aReadFile, int aStringTableOrder)
{
string readLine = string.Empty;
while ((readLine = aReadFile.ReadLine()) != TagConstants.kTagEnd)
{
string line = readLine;
string stringValue = string.Empty;
List <string> lineElements = ParseUtility.BuildListOfStringsFromReadLine(readLine, new char[] { ' ' });
if (lineElements.Count == 0)
{
continue;
}
ExtractStringValueLine(aReadFile, lineElements, ref stringValue, ref line);
BuildStringValue(ref line, ref stringValue, aReadFile);
stringValue = new EscapeSequences().Escape(stringValue);
SaveData(aRcFileContent, lineElements[0], stringValue, line, aStringTableOrder);
}
}
public void WriteFile(RCFileContent aRcFileContent, string aPathHeaderFileRead, string aPathHeaderFileWrite)
{
using (StreamReader reader = new StreamReader(aPathHeaderFileRead))
using (StreamWriter writer = new StreamWriter(aPathHeaderFileWrite))
Write(reader, writer, aRcFileContent);
}
public OperationsStringTable(RCFileContent aRcFileContent, EmptyRangeManager aEmptyRangeManager)
{
mRcFileContent = aRcFileContent;
mEmptyRangeManager = aEmptyRangeManager;
}