private void btnWriteFiles_Click(object sender, EventArgs e) { this.WaitCursor(true); // dateien suchen if (this.files == null) { FindFiles(); } Dictionary <string, MassWorkingFile> workingfiles = new Dictionary <string, MassWorkingFile>(); foreach (TagEntry tagentry in this.tags.Tags.Values) { if (tagentry.Text != tagentry.NewText) { foreach (MassWorkingFile f in tagentry.Files) { if (!workingfiles.ContainsKey(f.Filename)) { workingfiles.Add(f.Filename, f); } MassWorkingFile mwf = workingfiles[f.Filename]; mwf.AddJob(this.selectedTag.Key, this.selectedTag.Repeatable, tagentry.Text, tagentry.NewText.Trim()); } } } this.ProgressBarMaximum = workingfiles.Count; foreach (MassWorkingFile f in workingfiles.Values) { f.ProcessJobs(); this.ProgressBarValue++; } // dateilist löschen if (!this.chkCaching.Checked) { ClearFiles(); } foreach (TagEntry tagentry in this.tags.Tags.Values) { if (tagentry.Text != tagentry.NewText) { tagentry.Text = tagentry.NewText; } } DisplayGrid(); this.ProgressBarMaximum = 0; this.WaitCursor(false); }
public void RegisterFile(MassWorkingFile file) { if (field.Repeatable) { foreach (string s in file.MetaData.ListRepeatableAttribute(field.Key)) { AddTag(s, file); } } else { AddTag(file.MetaData.getStringAttribute(field.Key), file); } }
private void AddTag(string tag, MassWorkingFile f) { if (tag == "") { return; } TagEntry e; if (tags.ContainsKey(tag)) { e = tags[tag]; } else { e = new TagEntry(tag); this.tags.Add(tag, e); } e.AddFile(f); }
public void AddFile(MassWorkingFile file) { this.files.Add(file); }