private void ProcessFile(string outFile, string errFile, bool imageScan, string file)
{
// Process files
try
{
// If there is a file processor for a give file extension, process the file..
foreach (var fm in from fm in smgr.FileReaders where smgr.SupportFileExtension(fm, Path.GetExtension(file)) select fm)
{
// Read the text
var fc = fm.ReadAllText(file, imageScan);
// Scan the text for patterns
scanEngine.Scan(fc.Text);
// Output start
PrintProcessingStart(outFile, file, fc, imageScan);
foreach (var match in scanEngine.PatternsFound.OrderBy(idx => idx.Index))
{
PrintMatch(outFile, match, imageScan);
}
}
}
catch (Exception err)
{
File.AppendAllText(errFile, $"An error occured while processing: {file} => {err.Message}\n");
}
}
private void ProcessDirectories(SearchManager smgr, Scanner.ScanEngine s, string outFile, string errFile, bool imageScan, string[] files)
{
var starttime = DateTime.Now;
// Print header
PrintHeader(outFile, imageScan);
// Process files
var processedfiles = 0;
foreach (var file in files)
{
try
{
// If there is a file processor for a give file extension, process the file..
foreach (var fm in from fm in smgr.FileReaders where smgr.SupportFileExtension(fm, Path.GetExtension(file)) select fm)
{
// Only count if we have a file processor
++processedfiles;
// Read the text
var fc = fm.ReadAllText(file, imageScan);
// Scan the text for patterns
s.Scan(fc.Text);
// Output start
PrintProcessingStart(outFile, s, file, fc, imageScan);
foreach (var match in s.PatternsFound.OrderBy(idx => idx.Index))
{
PrintMatch(outFile, match, imageScan);
}
}
}
catch (Exception err)
{
File.AppendAllText(errFile, $"An error occured while processing: {file} => {err.Message}\n");
}
}
if (processedfiles > 0)
{
PrintFooter(outFile, starttime, processedfiles, s.GetPatternNames());
}
}
