protected internal DynamicField(String fieldName, Type fieldType, FieldFlags flags, TypeBuilder builder) : this( builder ) { this._fieldBuilder = this._typeBuilder.DefineField(fieldName, fieldType, (( FieldAttributes )flags)); return; }
internal RuntimeIshtarField DefineField(string name, FieldFlags flags, VeinClass type) { var f = new RuntimeIshtarField(this, new FieldName(name, Name), flags, type); this.Fields.Add(f); return(f); }
public VeinProperty(VeinClass owner, FieldName fullName, FieldFlags flags, VeinClass propType) { this.Owner = owner; this.FullName = fullName; this.Flags = flags; this.PropType = propType; }
FieldProperties ParseField(string tableName, XElement xField) { string name = xField.Attribute("Name").Value; var dataType = (DataType)Enum.Parse(typeof(DataType), xField.Attribute("DataType").Value); FieldFlags flags = FieldFlags.None; Type valueType = null; StringEncoding stringEncoding = StringEncoding.Undefined; int maxLength = 0; DateTimeType dateTimeType = DateTimeType.Native; DateTimeKind dateTimeKind = DateTimeKind.Unspecified; string description = null; foreach (XElement element in xField.Elements()) { switch (element.Name.LocalName) { case "Flags": flags = (FieldFlags)Enum.Parse(typeof(FieldFlags), element.Value); break; case "ValueType": valueType = LoadType(element.Value); break; case "StringEncoding": stringEncoding = (StringEncoding)Enum.Parse(typeof(StringEncoding), element.Value); break; case "MaximumLength": maxLength = int.Parse(element.Value); break; case "DateTimeType": dateTimeType = (DateTimeType)Enum.Parse(typeof(DateTimeType), element.Value); break; case "DateTimeKind": dateTimeKind = (DateTimeKind)Enum.Parse(typeof(DateTimeKind), element.Value); break; case "Description": description = element.Value; break; default: throw new InvalidDataException(string.Format("Unknown tree type {0}", element.Name.LocalName)); } } return(new FieldProperties(tableName, flags, dataType, valueType, maxLength, name, dataType, dateTimeType, dateTimeKind, stringEncoding, name, description, null, null)); }
public VeinField(VeinClass owner, FieldName fullName, FieldFlags flags, VeinClass fieldType) { this.Owner = owner; this.FullName = fullName; this.Flags = flags; this.FieldType = fieldType; }
public FieldAttribute(string name, FieldFlags flags, string TableReference, string columnReference) { this.Name = name; this.Flags = flags; this.TableReference = TableReference; this.columnReference = columnReference; }
private IDynamicField AddField(String fieldName, Type fieldType, FieldFlags flags, TypeBuilder builder) { IDynamicField local = new DynamicField(fieldName, fieldType, flags, builder); this._dynamicFields.Add(local); return(local); }
public IXDescriptorProperty(string name, string value, byte[] binaryValue, FieldFlags flags, FieldStore store, FieldIndex index) { this.Name = name; this.StringValue = (binaryValue == null) ? value : null; this.BinaryValue = (binaryValue == null) ? null : binaryValue; this.Flags = flags; this.Store = store; this.Index = index; }
internal FieldRow( FieldFlags flags, uint name, uint signature) { this.Flags = flags; this.Name = name; this.Signature = signature; }
public FieldDef(ComplexTypeDef ownerType, string name, TypeRef typeRef) { OwnerType = ownerType; Name = name; TypeRef = typeRef; if (typeRef.TypeDef.IsComplexReturnType()) { Flags |= FieldFlags.ReturnsComplexType; } }
protected IEnumerable <DataField> GetData(FieldFlags flag) { foreach (var field in m_mapByPostion) { if (field?.Flags.HasFlag(flag) == true) { yield return(field); } } }
internal PipelineFieldAction2(PipelineFieldAction2 template, String name, Regex regex) : base(template, name, regex) { this.toField = optReplace(regex, name, template.toField); this.toVar = optReplace(regex, name, template.toVar); this.toFieldFromVar = optReplace(regex, name, template.toFieldFromVar); this.sep = template.sep; this.fieldFlags = template.fieldFlags; toFieldReal = toField == "*" ? null : toField; }
protected static void addUnique(JArray arr, Object value, FieldFlags flags) { StringComparison comparison = toComparison(flags); String v = value == null ? null : value.ToString(); for (int i = 0; i < arr.Count; i++) { if (String.Equals((String)arr[i], v, comparison)) return; } arr.Add(value); return; }
protected Entity() { // get the entity type... this.EntityType = EntityType.GetEntityType(this.GetType()); if (this.EntityType == null) throw new InvalidOperationException("'this.EntityType' is null."); // create the slots... _values = new object[this.EntityType.Fields.Count]; _flags = new FieldFlags[this.EntityType.Fields.Count]; }
private bool IsFlagSet(int index, FieldFlags flag) { if ((_flags[index] & flag) == flag) { return(true); } else { return(false); } }
static void CreateField(ref List <IFieldProperties> fields, FieldFlags flags, DataType dataType, string name, Type valueType = null) { var field = new FieldProperties() { Index = fields.Count, Name = name, Flags = flags, DataType = dataType, ValueType = valueType, }.Validate(); fields.Add(field); }
protected Entity() { // get the entity type... this.EntityType = EntityType.GetEntityType(this.GetType()); if (this.EntityType == null) { throw new InvalidOperationException("'this.EntityType' is null."); } // create the slots... _values = new object[this.EntityType.Fields.Count]; _flags = new FieldFlags[this.EntityType.Fields.Count]; }
public MSSQLField(string name, MemberInfo member, FieldFlags flags) { this.name = name; this.flags = flags; if (member.MemberType == MemberTypes.Property) { property = member as PropertyInfo; } else { field = member as FieldInfo; } }
protected Field(ICollection<Field> fields, FieldType type, string name, LocalText caption, int size, FieldFlags flags) { this.name = name; expression = "T0." + SqlSyntax.AutoBracket(name); this.size = size; this.flags = flags; this.type = type; index = -1; minSelectLevel = SelectLevel.Default; naturalOrder = 0; this.caption = caption; if (fields != null) fields.Add(this); }
public void AddField <U>(string fieldName, FieldFlags flags = FieldFlags.None) { if (FieldLocator.LocateName(fieldName) is null) { if (Owner.CFlags.HasFlag(ControlFlags.EnablePages)) { AddField_PagesFlagEnabled(); } else { AddField_PagesFlagDisabled(); } } void AddField_PagesFlagEnabled() { RECALC: var actualPage = PageLocator.LocateLast(); var newY = (actualPage.Horizontal_Spacing * actualPage.Fields.Count) + (actualPage.Fields.Count * actualPage.FieldHeight); // Predict if the the bounds of the new field will overlap with // the controls. If so, create a new page if (newY + actualPage.FieldHeight > actualPage.Size.Height - 35) { actualPage.Modify.AddPage(); goto RECALC; } actualPage.Fields.Add(new Fieldset( actualPage, actualPage.Fields.Count + 1, fieldName, typeof(U), 0, newY, flags)); } void AddField_PagesFlagDisabled() { Owner.Fields.Add(new Fieldset( Owner, Owner.Fields.Count + 1, fieldName, typeof(U), 0, (Owner.Horizontal_Spacing * Owner.Fields.Count) + (Owner.Fields.Count * Owner.FieldHeight), flags)); } }
protected Field(ICollection <Field> fields, FieldType type, string name, LocalText caption, int size, FieldFlags flags) { this.name = name; expression = "T0." + name; this.size = size; this.flags = flags; this.type = type; index = -1; minSelectLevel = SelectLevel.Default; naturalOrder = 0; this.caption = caption; if (fields != null) { fields.Add(this); } }
public void UpdateFlags(FieldFlags flags, bool?state) { if (state == null) { return; } if (state.Value) { Flags |= flags; } else { Flags &= ~flags; } }
//--------------------------------------------------------------------------------------------------------------------- protected override int WriteItemContents(int id, string query, FieldFlags flags, int level) { int count = base.WriteItemContents(id, query, flags, level); if (AllowAll) { xmlWriter.WriteStartElement("item"); xmlWriter.WriteAttributeString("link", String.Format("{0}?{1}=assign", webContext.ScriptName, IfyWebContext.OperationParameterName)); xmlWriter.WriteAttributeString("input", "true"); xmlWriter.WriteElementString("caption", "Sign in with an OpenID"); xmlWriter.WriteElementString("inputCaption", "Full OpenID"); xmlWriter.WriteEndElement(); // </item> count++; } return(count); }
public FieldDef(ComplexTypeDef ownerType, string name, TypeRef typeRef) { OwnerType = ownerType; Name = name; TypeRef = typeRef; Index = ownerType.Fields.Count; var typeDef = TypeRef.TypeDef; if (typeDef.IsComplexReturnType()) { Flags |= FieldFlags.ReturnsComplexType; } if (ownerType.TypeRole != TypeRole.Data) { Flags |= FieldFlags.Static; } }
protected Field(ICollection <Field> fields, FieldType type, string name, LocalText caption, int size, FieldFlags flags) { this.name = name; expression = "T0." + SqlSyntax.AutoBracket(name); this.size = size; this.flags = flags; this.type = type; index = -1; minSelectLevel = SelectLevel.Auto; naturalOrder = 0; this.caption = caption; customAttributes = Array.Empty <object>(); if (fields != null) { fields.Add(this); } }
public PipelineFieldAction(Pipeline pipeline, XmlNode node) : base(pipeline, node) { fieldSource = FieldSource.Event; toVar = node.ReadStr("@tovar", null); fromVar = node.ReadStr("@fromvar", null); fromField = node.ReadStr("@fromfield", null); fromValue = node.ReadStr("@fromvalue", null); int cnt = 0; if (fromVar != null) { cnt++; fieldSource = FieldSource.Variable; } if (fromField != null) { cnt++; fieldSource = FieldSource.Field; } if (fromValue != null) { cnt++; fieldSource = FieldSource.Value; } if (cnt > 1) { throw new BMNodeException(node, "Cannot specify fromvar, fromfield or fromvalue together."); } toField = node.ReadStr("@field", null); toFieldFromVar = node.ReadStr("@fieldfromvar", null); sep = node.ReadStr("@sep", null); fieldFlags = node.ReadEnum("@flags", sep == null ? FieldFlags.OverWrite : FieldFlags.Append); if (toField == null && toVar == null && base.scriptName == null && toFieldFromVar == null) { throw new BMNodeException(node, "At least one of 'field', 'toFieldFromVar', 'tovar', 'script'-attributes is mandatory."); } toFieldReal = toField == "*" ? null : toField; }
protected virtual FieldFlags SetFieldFlags(Epi.Fields.RenderableField field) { FieldFlags flags = new FieldFlags(false, false, false, false); if (field is TableBasedDropDownField || field is YesNoField || field is CheckBoxField) { flags.IsDropDownListField = true; if (field is DDLFieldOfCommentLegal) { flags.IsCommentLegalField = true; } } else if (field is OptionField) { flags.IsOptionField = true; } return(flags); }
public PipelineFieldAction2(Pipeline pipeline, XmlNode node) : base(pipeline, node) { toVar = node.ReadStr("@tovar", null); toField = node.ReadStr("@field", null); toFieldFromVar = node.ReadStr("@fieldfromvar", null); sep = node.ReadStr("@sep", null); fieldFlags = node.ReadEnum("@flags", sep == null ? FieldFlags.OverWrite : FieldFlags.Append); if (toField == null && toVar == null && base.scriptName == null && toFieldFromVar == null && base.bodyFunc == null) { throw new BMNodeException(node, "At least one of 'field', 'toFieldFromVar', 'tovar', 'script'-attributes is mandatory."); } toFieldReal = toField == "*" ? null : toField; if (node.ReadStr("@fromvar", null) != null || node.ReadStr("@fromfield", null) != null || node.ReadStr("@fromvalue", null) != null) { throw new BMNodeException(node, "fromvar|fromfield|fromvalue not supported. Use source=xxxx or type='orgfield' for the deprecated action."); } }
public GenericField(ICollection <Field> collection, FieldType type, string name, string caption, int size, FieldFlags flags, Func <IRow, TValue> getValue, Action <IRow, TValue> setValue) : base(collection, type, name, caption, size, flags) { _getValue = getValue; _setValue = setValue; }
private void SetFlag(int ordinal, FieldFlags flag) { _flags[ordinal] = _flags[ordinal] | flag; }
public virtual System.Reflection.FieldInfo GetFieldInfo() { if(this.fieldInfo == null) { TypeNode tn = this.DeclaringType; if(tn == null) return null; Type t = tn.GetRuntimeType(); if(t == null) return null; System.Reflection.BindingFlags flags = System.Reflection.BindingFlags.DeclaredOnly; if(this.IsPublic) flags |= System.Reflection.BindingFlags.Public; else flags |= System.Reflection.BindingFlags.NonPublic; if(this.IsStatic) flags |= System.Reflection.BindingFlags.Static; else flags |= System.Reflection.BindingFlags.Instance; this.fieldInfo = t.GetField(this.Name.ToString(), flags); } return this.fieldInfo; }
/// <summary> /// Turn on or off field flags. /// </summary> /// <param name="add">Set of flags to turn on (include)</param> /// <param name="remove">Set of flags to turn off (exclude)</param> public SetFieldFlagsAttribute(FieldFlags add, FieldFlags remove = FieldFlags.None) { this.Add = add; this.Remove = remove; }
private Field GetReturnValueClosureField(TypeNode declaringType, TypeNode resultType, FieldFlags flags, int uniqueKey) { Contract.Requires(declaringType != null); Contract.Assume(declaringType.Template == null); Identifier name = Identifier.For("_result" + uniqueKey.ToString()); // unique name for this field Field f = declaringType.GetField(name); if (f != null) return f; f = new Field(declaringType, null, flags, name, resultType, null); declaringType.Members.Add(f); // remember we added it so we can make it part of initializations if (f.IsStatic) { topLevelStaticResultField = f; } else { topLevelClosureResultField = f; } return f; }
private bool IsFlagSet(int index, FieldFlags flag) { if ((_flags[index] & flag) == flag) return true; else return false; }
public virtual void SetField(String fld, Object value, FieldFlags fieldFlags=FieldFlags.OverWrite, String sep=null) { //Logs.DebugLog.Log("SetField ({0}, {1})", fld, value); if (String.IsNullOrEmpty(fld)) { if (value == null) return; accumulator = (JObject)value; goto EXIT_RTN; } if ((flags & Bitmanager.ImportPipeline.Endpoint.DebugFlags._LogField) != 0) addLogger.Log("-- setfield {0}: '{1}'", fld, value); //if (value == null) addLogger.Log("Field {0}==null", fld); //Test for empty fields if ((fieldFlags & FieldFlags.SkipEmpty) != 0) { if (value == null) goto EXIT_RTN; ; String tmp = value as String; if (tmp != null && tmp.Length == 0) goto EXIT_RTN; ; } switch (fieldFlags & (FieldFlags.Append | FieldFlags.OverWrite | FieldFlags.ToArray | FieldFlags.KeepFirst | FieldFlags.KeepSmallest | FieldFlags.KeepLargest)) { case 0: case FieldFlags.OverWrite: goto WRITE_TOKEN; case FieldFlags.KeepFirst: Object obj = accumulator[fld]; if (obj != null) goto EXIT_RTN; goto WRITE_TOKEN; case FieldFlags.KeepSmallest: if (compareToken (accumulator[fld], value, fieldFlags) <= 0) goto EXIT_RTN; goto WRITE_TOKEN; case FieldFlags.KeepLargest: if (compareToken (accumulator[fld], value, fieldFlags) >= 0) goto EXIT_RTN; goto WRITE_TOKEN; case FieldFlags.Append: String existing = accumulator.ReadStr (fld, null); if (existing == null) goto WRITE_TOKEN; accumulator.WriteToken(fld, existing + sep + value); goto EXIT_RTN; default: JToken token = accumulator.SelectToken(fld, false); JArray arr = token as JArray; if (arr != null) { if (0 != (fieldFlags & FieldFlags.Unique)) addUnique(arr, value, fieldFlags); else arr.Add(value); goto EXIT_RTN; } arr = accumulator.AddArray (fld); if (token != null) arr.Add(token); arr.Add(value); return; } WRITE_TOKEN: accumulator.WriteToken(fld, value); EXIT_RTN:; }
protected static StringComparison toComparison(FieldFlags flags) { return (flags & FieldFlags.KeepSmallestCaseSensitive) != 0 ? StringComparison.InvariantCulture : StringComparison.InvariantCultureIgnoreCase; }
public Field(TypeNode declaringType, AttributeList attributes, FieldFlags flags, Identifier name, TypeNode type, Literal defaultValue) : base(declaringType, attributes, name, NodeType.Field) { this.defaultValue = defaultValue; this.flags = flags; this.type = type; }
public static (string, int) TypeToT(int type, FieldFlags flag) { switch (type) { case 0: switch (flag) { case 0 | 0 | 0 | 0: case 0 | 0 | 0 | FieldFlags.f_maybe_fk: case 0 | 0 | FieldFlags.f_maybe_compressed | 0: case 0 | 0 | FieldFlags.f_maybe_compressed | FieldFlags.f_maybe_fk: return("int", 32); case 0 | FieldFlags.f_unsigned | 0 | 0: case 0 | FieldFlags.f_unsigned | 0 | FieldFlags.f_maybe_fk: case 0 | FieldFlags.f_unsigned | FieldFlags.f_maybe_compressed | 0: case 0 | FieldFlags.f_unsigned | FieldFlags.f_maybe_compressed | FieldFlags.f_maybe_fk: return("uint", 32); default: throw new Exception("Unknown flag combination!"); } case 1: switch (flag) { case 0 | 0 | 0 | 0: return("int", 64); case 0 | FieldFlags.f_unsigned | 0 | 0: case 0 | FieldFlags.f_unsigned | 0 | FieldFlags.f_maybe_fk: return("uint", 64); default: throw new Exception("Unknown flag combination!"); } case 2: switch (flag) { case 0 | 0 | 0 | 0: return("string", 0); case FieldFlags.f_localized | 0 | 0 | 0: return("locstring", 0); default: throw new Exception("Unknown flag combination!"); } case 3: switch (flag) { case 0 | 0 | 0 | 0: case 0 | 0 | FieldFlags.f_maybe_compressed | 0: return("float", 0); default: throw new Exception("Unknown flag combination!"); } case 4: switch (flag) { case 0 | 0 | 0 | 0: case 0 | 0 | FieldFlags.f_maybe_compressed | 0: return("int", 8); case 0 | FieldFlags.f_unsigned | 0 | 0: case 0 | FieldFlags.f_unsigned | FieldFlags.f_maybe_compressed | 0: return("uint", 8); default: throw new Exception("Unknown flag combination!"); } case 5: switch (flag) { case 0 | 0 | 0 | 0: case 0 | 0 | 0 | FieldFlags.f_maybe_fk: case 0 | 0 | FieldFlags.f_maybe_compressed | 0: case 0 | 0 | FieldFlags.f_maybe_compressed | FieldFlags.f_maybe_fk: return("int", 16); case 0 | FieldFlags.f_unsigned | 0 | 0: case 0 | FieldFlags.f_unsigned | 0 | FieldFlags.f_maybe_fk: case 0 | FieldFlags.f_unsigned | FieldFlags.f_maybe_compressed | 0: case 0 | FieldFlags.f_unsigned | FieldFlags.f_maybe_compressed | FieldFlags.f_maybe_fk: return("uint", 16); default: throw new Exception("Unknown flag combination!"); } default: throw new Exception("Ran into unknown field type: " + type); } }
public ParameterField(TypeNode declaringType, AttributeList attributes, FieldFlags flags, Identifier name, TypeNode Type, Literal defaultValue) : base(declaringType, attributes, flags, name, Type, defaultValue) { }