public void WriteOperationToLog(OperationParameters operation)
{
WriteUnicodeString("Original file path = " + operation.FilePath);
WriteUnicodeString("Params and output file name = " + operation.OutputFilePath);
if (operation.ErrCodes == string.Empty)
{
WriteUnicodeString("Error code = None");
}
else
{
WriteUnicodeString("Error code = " + operation.ErrCodes);
}
WriteUnicodeString("Time of convertation = " + operation.Time);
WriteUnicodeString("Params and output file name = " + operation.OutputFilePath);
}
private static List <OperationParameters> GenerateTaskList(string[] inputFilePaths, string foderToSaveFiles)
{
var operationTaskParams = new List <OperationParameters>();
foreach (var fileName in inputFilePaths)
{
foreach (var compMode in CompMode)
{
var methodsCount = GetValidCountMethodsForCompMode(compMode);
for (var methodsNumber = 0; methodsNumber < methodsCount; methodsNumber++) //Type of compression
{
var maxQuality = 0;
if ((compMode == "Grayscale") || (compMode == "Color"))
{
if (methodsNumber == 1)
{
maxQuality = 5;
}
else if (methodsNumber == 2)
{
maxQuality = 4;
}
}
for (var quality = 0; quality <= maxQuality; quality++)
{
var opParams = "_" + compMode + "_" + TransformMethodToUserFriendly(compMode, methodsNumber) +
"_"
+ quality.ToString(CultureInfo.CurrentCulture);
var outputFilePath = TransformFileName(fileName, foderToSaveFiles, opParams);
if (!File.Exists(outputFilePath))
{
var operationParameters = new OperationParameters
{
FilePath = fileName,
CompMode = compMode,
Method = methodsNumber,
Quality = quality,
OutputFilePath = outputFilePath
};
operationTaskParams.Add(operationParameters);
}
}
}
}
}
return(operationTaskParams);
}
public void OptimizeDocument(OperationParameters operation)
{
try
{
var nId = MInst.Str2ID(@"op.document.optimize", false);
var op = MInst.CreateOp(nId);
var input = op.Params.Root["Input"];
var impPath = FsInst.DefaultFileSys.StringToName(operation.FilePath);
ICabNode options = op.Params.Root["Options"];
ICabNode images = options["Images"];
images["Enabled"].v = true;
images["ReducedOnly"].v = false;
ICabNode comp = images["Comp"];
//set all methods to retain existing
comp["Color.Method"].v = 0;
comp["Grayscale.Method"].v = 0;
comp["Indexed.Method"].v = 0;
comp["Mono.Method"].v = 0;
//set my params
var opParam = operation.CompMode + "." + "Method";
comp[opParam].v = operation.Method;
if (((operation.CompMode == "Color") || (operation.CompMode == "Grayscale")) &&
((operation.Method == 1) || (operation.Method == 2)))
{
comp[operation.CompMode + "." + "JPEGQuality"].v = operation.Quality;
}
var resDoc = MPxcInst.OpenDocumentFrom(impPath, null);
input.Add().v = resDoc;
op.Do();
resDoc.WriteToFile(operation.OutputFilePath);
resDoc.Close();
operation.ErrCodes = string.Empty;
}
catch (Exception e)
{
operation.ErrCodes = e.Message;
Console.WriteLine(e.Message);
}
}