private bool TryGetValueByRemovingTheAreaString(AreaDefinition source, string line, out string value) { // Take the area string as the "substitute" and remove the length in hope... value = line.Remove(0, source.AreaString.String.Length); return(true); }
private bool TryGetValueByRemovingTheAreaString(AreaDefinition source, string line, out string value) { // Take the area string as the "substitute" and remove the length in hope... value = line.Remove(0, source.AreaString.String.Length); return true; }
public AreaLineInformation(AreaDefinition source, string line) { Value = GetValueFromLine(source, line); AreaString = line.Substring(0, line.Length - Value.Length); Value = Value.Trim(); AreaString = AreaString.Trim(); }
/// <summary> /// Initializes a new instance of the <see cref="AreaTreeNode"/> class. /// </summary> public AreaTreeNode() : base() { NodeType = FaxHierarchyTreeNodeType.Area; this.Text = "Bereich"; this.Definition = new AreaDefinition(); this.Tag = Definition; }
public string GetValueFromLine(AreaDefinition source, string line) { string value = null; if (!TryGetValueByAssertingSeparator(source, line, out value)) { TryGetValueByRemovingTheAreaString(source, line, out value); } return(value); }
public string GetValueFromLine(AreaDefinition source, string line) { string value = null; if (!TryGetValueByAssertingSeparator(source, line, out value)) { TryGetValueByRemovingTheAreaString(source, line, out value); } return value; }
private bool TryGetValueByAssertingSeparator(AreaDefinition source, string line, out string value) { value = null; int iColon = line.IndexOf(source.Separator); if (iColon == -1) { return false; } iColon += 1; value = line.Remove(0, iColon).Trim(); return true; }
private bool TryGetValueByAssertingSeparator(AreaDefinition source, string line, out string value) { value = null; int iColon = line.IndexOf(source.Separator); if (iColon == -1) { return(false); } iColon += 1; value = line.Remove(0, iColon).Trim(); return(true); }
/// <summary> /// Initializes a new instance of the <see cref="SectionDefinition"/> class. /// </summary> /// <param name="element">The XML-element to read the data from.</param> public SectionDefinition(XElement element) : this() { this.SectionString.String = element.TryGetAttributeValue("Text", null); this.SectionString.IsContained = element.TryGetAttributeValue("Text-IsContained", true); // Parse the areas... foreach (XElement areaE in element.Elements("Area")) { AreaDefinition areaDefinition = new AreaDefinition(areaE); if (!areaDefinition.IsValidDefinition()) { // TODO: Log warning continue; } this.Areas.Add(areaDefinition); } }
private bool IsLineAreaRelevant(string line, SectionDefinition currentSection, out AreaDefinition area) { area = currentSection.GetArea(line); return area != null; }
private void WriteValueToOperation(string value, AreaDefinition area, Operation operation) { // First check: Check if the object has the property we want right away PropertyInfo piLocal = operation.GetType().GetProperty(area.MapToPropertyName, BindingFlags.Public | BindingFlags.Instance | BindingFlags.IgnoreCase); if (piLocal != null) { WriteValueToProperty(value, piLocal, operation); } else { PropertyInfo piCustomData = operation.GetType().GetProperty("CustomData"); WriteValueToCustomData(value, area, piCustomData, operation); } }
private void WriteValueToCustomData(string value, AreaDefinition area, PropertyInfo piCustomData, Operation operation) { // We know that the CustomData-object is a dictionary with string, object... IDictionary<string, object> customData = (IDictionary<string, object>)piCustomData.GetValue(operation, null); // If the custom data entry already exists, give a warning and overwrite it if (customData.ContainsKey(area.MapToPropertyName)) { Logger.Instance.LogFormat(LogType.Warning, this, "The custom data entry '{0}' does already exist and is being overwritten. Please check your control file if this is the intended behavior!", area.MapToPropertyName); } customData[area.MapToPropertyName] = value; }