public GetOrCreateKey ( string key ) : |
||
key | string | The key associated with the value to retrieve. |
Результат |
/// <summary> /// Wraps this <see cref="HoconValue"/> into a new <see cref="Config"/> object at the specified key. /// </summary> /// <param name="key">The key designated to be the new root element.</param> /// <returns>A <see cref="Config"/> with the given key as the root element.</returns> public Config AtKey(string key) { var o = new HoconObject(); o.GetOrCreateKey(key); o.Items[key] = this; var r = new HoconValue(); r.Values.Add(o); return new Config(new HoconRoot(r)); }
/// <summary> /// Wraps this <see cref="HoconValue"/> into a new <see cref="Config"/> object at the specified key. /// </summary> public Config AtKey(string key) { var o = new HoconObject(); o.GetOrCreateKey(key); o.Items[key] = this; var r = new HoconValue(); r.Values.Add(o); return(new Config(new HoconRoot(r))); }
private void ParseObject(HoconValue owner, bool root, string currentPath) { if (owner.IsObject()) { //the value of this KVP is already an object } else { //the value of this KVP is not an object, thus, we should add a new owner.NewValue(new HoconObject()); } HoconObject currentObject = owner.GetObject(); while (!_reader.EoF) { Token t = _reader.PullNext(); switch (t.Type) { case TokenType.Include: var included = _includeCallback(t.Value); var substitutions = included.Substitutions; foreach (var substitution in substitutions) { //fixup the substitution, add the current path as a prefix to the substitution path substitution.Path = currentPath + "." + substitution.Path; } _substitutions.AddRange(substitutions); var otherObj = included.Value.GetObject(); owner.GetObject().Merge(otherObj); break; case TokenType.EoF: break; case TokenType.Key: HoconValue value = currentObject.GetOrCreateKey(t.Value); var nextPath = currentPath == "" ? t.Value : currentPath + "." + t.Value; ParseKeyContent(value, nextPath); if (!root) { return; } break; case TokenType.ObjectEnd: return; } } }
private void ParseObject(HoconValue owner, bool root) { if (owner.IsObject()) { //the value of this KVP is already an object } else { //the value of this KVP is not an object, thus, we should add a new owner.NewValue(new HoconObject()); } HoconObject currentObject = owner.GetObject(); while (!reader.EoF) { Token t = reader.PullNext(); switch (t.Type) { case TokenType.EoF: break; case TokenType.Key: HoconValue value = currentObject.GetOrCreateKey(t.Value); ParseKeyContent(value); if (!root) { return; } break; case TokenType.ObjectEnd: return; } } }
private void ParseObject(HoconValue owner, bool root, string currentPath) { try { PushDiagnostics("{"); if (owner.IsObject()) { //the value of this KVP is already an object } else { //the value of this KVP is not an object, thus, we should add a new owner.NewValue(new HoconObject()); } HoconObject currentObject = owner.GetObject(); while (!_reader.EoF) { Token t = _reader.PullNext(); switch (t.Type) { case TokenType.Include: var included = _includeCallback(t.Value); var substitutions = included.Substitutions; foreach (var substitution in substitutions) { //fixup the substitution, add the current path as a prefix to the substitution path substitution.Path = currentPath + "." + substitution.Path; } _substitutions.AddRange(substitutions); var otherObj = included.Value.GetObject(); owner.GetObject().Merge(otherObj); break; case TokenType.EoF: if (!string.IsNullOrEmpty(currentPath)) { throw new HoconParserException(string.Format("Expected end of object but found EoF {0}", GetDiagnosticsStackTrace())); } break; case TokenType.Key: HoconValue value = currentObject.GetOrCreateKey(t.Value); var nextPath = currentPath == "" ? t.Value : currentPath + "." + t.Value; ParseKeyContent(value, nextPath); if (!root) { return; } break; case TokenType.ObjectEnd: return; } } } finally { PopDiagnostics(); } }