public void PrepareJobs(string inpath, string outpath, ConversionOptions co)
{
Tracing.StartMethodTrace();
Log("Searching for RIFs in {0}", inpath);
this.m_jobs = GenerateJobs(inpath, "*.rif", outpath, co);
Log("{0} RIF files to convert", this.m_jobs.Length);
Tracing.EndMethodTrace();
}
public ConversionJob(string inf, string outf, int index, ConversionOptions o)
{
WindowsAutomation.IO.VerifyFileExists(inf);
this.InputFile = inf;
this.OutputFile = outf;
this.SequenceNumber = index;
this.Options = o;
System.IO.FileInfo fi = new System.IO.FileInfo(this.InputFile);
this.InputFilesize = fi.Length;
}
public void PrepareJobs( string inpath, string outpath , ConversionOptions co)
{
Tracing.StartMethodTrace();
Log( "Searching for RIFs in {0}", inpath );
this.m_jobs = GenerateJobs( inpath , "*.rif", outpath , co);
Log("{0} RIF files to convert", this.m_jobs.Length );
Tracing.EndMethodTrace();
}
public ConversionJob( string inf, string outf, int index, ConversionOptions o )
{
WindowsAutomation.IO.VerifyFileExists( inf );
this.InputFile = inf;
this.OutputFile =outf;
this.SequenceNumber=index;
this.Options = o;
System.IO.FileInfo fi = new System.IO.FileInfo( this.InputFile );
this.InputFilesize = fi.Length;
}
public static ConversionJob [] GenerateJobs(string inpath, string search_pattern, string outpath, ConversionOptions co)
{
System.Collections.ArrayList input_files = WindowsAutomation.IO.GetFilesRecursive(inpath, search_pattern, true);
PainterAutomation.ConversionJob [] jobs = new PainterAutomation.ConversionJob [input_files.Count];
int index = 0;
foreach (string input_file in input_files)
{
// Create the Job object
PainterAutomation.ConversionJob job = new PainterAutomation.ConversionJob(
input_file,
CalculateOutputFilename(input_file, inpath, outpath, co),
index,
co);
// Place it in the list
jobs[index] = job;
index++;
}
return(jobs);
}
public static string CalculateOutputFilename(string infname, string inroot, string outroot, ConversionOptions co)
{
string basename = System.IO.Path.GetFileName(infname);
string relpath = infname.Substring(inroot.Length + 1);
string outfname = System.IO.Path.Combine(outroot, relpath);
string ext = co.Format.FilenameExtension;
outfname = System.IO.Path.ChangeExtension(outfname, ext);
return(outfname);
}
public static ConversionJob [] GenerateJobs( string inpath, string search_pattern, string outpath, ConversionOptions co)
{
System.Collections.ArrayList input_files = WindowsAutomation.IO.GetFilesRecursive( inpath, search_pattern , true );
PainterAutomation.ConversionJob [] jobs = new PainterAutomation.ConversionJob [input_files.Count ] ;
int index=0;
foreach (string input_file in input_files)
{
// Create the Job object
PainterAutomation.ConversionJob job = new PainterAutomation.ConversionJob(
input_file,
CalculateOutputFilename( input_file, inpath , outpath, co),
index,
co );
// Place it in the list
jobs[index]=job;
index++;
}
return jobs;
}
public static string CalculateOutputFilename( string infname , string inroot, string outroot, ConversionOptions co)
{
string basename = System.IO.Path.GetFileName(infname);
string relpath = infname.Substring( inroot.Length+1 );
string outfname = System.IO.Path.Combine( outroot, relpath );
string ext=co.Format.FilenameExtension;
outfname = System.IO.Path.ChangeExtension( outfname , ext);
return outfname;
}
