public abstract WriteIndent ( int indentLevel ) : void | ||
indentLevel | int | The indent level. |
return | void |
/// <summary> /// Writes the specified writer. /// </summary> /// <param name = "writer">The writer.</param> public void Write(ProjectWriter writer) { // 1. Collect all the objects CollectVisitor collectVisitor = new CollectVisitor(); this.RootObject.Accept(collectVisitor); IDictionary <IPBXElement, String> map = collectVisitor.Map; this.Mapping = map; // 2. Ouput the prologue writer.WriteLine("// !$*UTF8*$!"); writer.WriteLine("{"); writer.WritePBXProperty(1, map, "archiveVersion", this.ArchivedVersion); writer.WritePBXProperty(1, map, "classes", new Dictionary <String, String>().ToDictionary(kvp => kvp.Key, kvp => kvp.Value)); writer.WritePBXProperty(1, map, "objectVersion", (int)this.ObjectVersion); // 3. Output the objects by nature writer.WriteIndent(1); writer.WriteLine("{0} = {{", "objects"); writer.WriteLine(); // Iterate and output being/end section before dumping objects IEnumerable <KeyValuePair <IPBXElement, String> > list = from entry in map orderby entry.Key.Isa ascending select entry; PBXElementType currentType = PBXElementType.None; foreach (KeyValuePair <IPBXElement, string> pair in list) { if (currentType != pair.Key.Nature) { if (currentType != PBXElementType.None) { writer.WriteLine("/* End {0} section */", currentType); writer.WriteLine(); } currentType = pair.Key.Nature; writer.WriteLine("/* Begin {0} section */", currentType); } pair.Key.WriteTo(writer, map); } if (currentType != PBXElementType.None) { writer.WriteLine("/* End {0} section */", currentType); writer.WriteLine(); } writer.WriteIndent(1); writer.WriteLine("};"); // 4. Output the epilogue writer.WritePBXProperty(1, map, "rootObject", this.RootObject); writer.WriteLine("}"); }
/// <summary> /// Writes the specified writer. /// </summary> /// <param name = "writer">The writer.</param> public void Write(ProjectWriter writer) { // 1. Collect all the objects CollectVisitor collectVisitor = new CollectVisitor(); this.RootObject.Accept(collectVisitor); IDictionary<IPBXElement, String> map = collectVisitor.Map; this.Mapping = map; // 2. Ouput the prologue writer.WriteLine("// !$*UTF8*$!"); writer.WriteLine("{"); writer.WritePBXProperty(1, map, "archiveVersion", this.ArchivedVersion); writer.WritePBXProperty(1, map, "classes", new Dictionary<String, String>().ToDictionary(kvp => kvp.Key, kvp => kvp.Value)); writer.WritePBXProperty(1, map, "objectVersion", (int) this.ObjectVersion); // 3. Output the objects by nature writer.WriteIndent(1); writer.WriteLine("{0} = {{", "objects"); writer.WriteLine(); // Iterate and output being/end section before dumping objects IEnumerable<KeyValuePair<IPBXElement, String>> list = from entry in map orderby entry.Key.Isa ascending select entry; PBXElementType currentType = PBXElementType.None; foreach (KeyValuePair<IPBXElement, string> pair in list) { if (currentType != pair.Key.Nature) { if (currentType != PBXElementType.None) { writer.WriteLine("/* End {0} section */", currentType); writer.WriteLine(); } currentType = pair.Key.Nature; writer.WriteLine("/* Begin {0} section */", currentType); } pair.Key.WriteTo(writer, map); } if (currentType != PBXElementType.None) { writer.WriteLine("/* End {0} section */", currentType); writer.WriteLine(); } writer.WriteIndent(1); writer.WriteLine("};"); // 4. Output the epilogue writer.WritePBXProperty(1, map, "rootObject", this.RootObject); writer.WriteLine("}"); }