private bool ReadFile(String fileName, ref FamilyTreeStoreBaseClass inFamilyTree)
{
printMemory = false;// true;
GedcomImportResult importResult = new GedcomImportResult();
DebugStringAdd(ref importResult, "GedcomDecoder::Readfile(" + fileName + ") Start " + DateTime.Now);
familyTree = inFamilyTree;
familyTree.Print();
if (printMemory)
{
memory = new MemoryClass();
memory.PrintMemory();
}
fileBuffer = new FileBufferClass();
fileBuffer.ReadFile(fileName);
DebugStringAdd(ref importResult, "GedcomDecoder::Readfile() size " + fileBuffer.GetSize());
if (printMemory)
{
memory.PrintMemory();
}
String HeadString = "";
parsedLines = 0;
if (fileBuffer.GetSize() < 12)
{
importResult = line.GetDebugString();
DebugStringAdd(ref importResult, "gedcom file too small!: " + fileName + ", size:" + fileBuffer.GetSize());
importResult.WriteToFile(fileName);
return(false);
}
Byte[] fileDataBuffer = fileBuffer.GetBuffer();
//DebugStringAdd(ref importResult, "");
string hdrStrText = "";
string linefeed = "";
bool linefeedFound = false;
for (int i = 0; i < 20; i++)
{
char ch = (char)fileDataBuffer[i];
//DebugStringAdd(ref importResult, fileDataBuffer[i].ToString());
HeadString += ch;
hdrStrText += ch.ToString() + " ";
if (!linefeedFound)
{
if ((ch == '\n') || (ch == '\r'))
{
linefeed += ch;
}
else if (linefeed.Length > 0)
{
linefeedFound = true;
}
}
}
//DebugStringAdd(ref importResult, "");
DebugStringAdd(ref importResult, "Header bytes: " + hdrStrText);
if (!linefeedFound)
{
DebugStringAdd(ref importResult, " Did not find proper linefeed!: " + fileName + ", size:" + fileBuffer.GetSize() + ":" + HeadString);
importResult.WriteToFile(fileName);
return(false);
}
line = new GedcomLineStatus(ref importResult, linefeed);
if (HeadString.IndexOf("HEAD") < 0)
{
importResult = line.GetDebugString();
DebugStringAdd(ref importResult, "gedcom file header missing!: " + fileName + ", size:" + fileBuffer.GetSize() + ":" + HeadString);
importResult.WriteToFile(fileName);
return(false);
}
familyTree.SetSourceFileType("GEDCOM");
if (printMemory)
{
memory.PrintMemory();
}
Parse(ref importResult);
if (printMemory)
{
memory.PrintMemory();
}
familyTree.Print();
DebugStringAdd(ref importResult, "GedcomDecoder::Readfile() Done " + DateTime.Now);
importResult.WriteToFile(fileName);
return(true);
}
public bool ReadFile(String fileName, ref FamilyTreeStoreBaseClass inFamilyTree)
{
printMemory = false;// true;
trace.TraceInformation("TextDecoder::Readfile(" + fileName + ") Start " + DateTime.Now);
familyTree = inFamilyTree;
familyTree.Print();
if (printMemory)
{
memory = new MemoryClass();
memory.PrintMemory();
}
xrefMapLists = new XrefMapLists(inFamilyTree);
fileBuffer = new FileBufferClass();
fileBuffer.ReadFile(fileName);
trace.TraceInformation("TextDecoder::Readfile() size " + fileBuffer.GetSize());
if (printMemory)
{
memory.PrintMemory();
}
String HeadString = "";
trace.TraceInformation("Text file " + fileName + " read ok, size " + fileBuffer.GetSize());
if (fileBuffer.GetSize() < 12)
{
trace.TraceInformation("Text file too small!: " + fileName + ", size:" + fileBuffer.GetSize());
return(false);
}
Byte[] fileDataBuffer = fileBuffer.GetBuffer();
for (int i = 0; i < 12; i++)
{
trace.TraceInformation(" data:" + (int)fileDataBuffer[i]);
HeadString += (char)fileDataBuffer[i];
}
trace.TraceInformation("");
familyTree.SetSourceFileType("Text");
if (printMemory)
{
memory.PrintMemory();
}
if (printMemory)
{
memory.PrintMemory();
}
familyTree.Print();
trace.TraceInformation("TextDecoder::Readfile() Done " + DateTime.Now);
Parse(FamilyUtility.MakeFilename(fileName + "_parsed_" + DateTime.Now.ToString() + ".txt"));
xrefMapLists.Analyze(trace);
return(true);
}