private static Dictionary <PropertyInfo, HtmlAttributeMapperItem> GetAttributeMapperDict <T>(object propertyMatchList) where T : class { Dictionary <string, object> propertyMatchDict = CommonHelper.GetParameterDict(propertyMatchList); Dictionary <PropertyInfo, HtmlAttributeMapperItem> propertyDict = new Dictionary <PropertyInfo, HtmlAttributeMapperItem>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { HtmlAttributeMapperItem mapperItem = new HtmlAttributeMapperItem(); if (propertyMatchDict != null && propertyMatchDict.ContainsKey(propertyInfo.Name)) { mapperItem.AttributeName = propertyMatchDict[propertyInfo.Name].ToString(); mapperItem.AttributeEnum = HtmlAnalysisAttributeEnum.Attribute; } else { HtmlAnalysisTAttribute attribute = propertyInfo.GetCustomAttribute <HtmlAnalysisTAttribute>(); if (attribute != null) { mapperItem.AttributeName = attribute.Name; mapperItem.AttributeEnum = attribute.NameType; } else { mapperItem.AttributeName = propertyInfo.Name; mapperItem.AttributeEnum = HtmlAnalysisAttributeEnum.Attribute; } } propertyDict.Add(propertyInfo, mapperItem); }); return(propertyDict); }
private static List <LuceneIndexModel> EntityToLuceneIndexModel <T>(T t, dynamic propertyGetDict, List <string> propertyList) where T : class { List <LuceneIndexModel> modelList = new List <LuceneIndexModel>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (propertyList == null || propertyList.IndexOf(propertyInfo.Name) < 0) { object value = null; if (propertyGetDict != null && propertyGetDict.ContainsKey(propertyInfo.Name)) { value = propertyGetDict[propertyInfo.Name](t); } else { value = ReflectionHelper.GetPropertyValue(t, propertyInfo); } LuceneIndexTAttribute attribute = propertyInfo.GetCustomAttribute <LuceneIndexTAttribute>(); if (attribute != null) { LuceneIndexModel model = new LuceneIndexModel() { Name = propertyInfo.Name, Value = value != null ? value.ToString() : "", StoreEnum = GetIndexStoreEnum(attribute.StoreEnum), IndexEnum = GetIndexIndexEnum(attribute.IndexEnum) }; modelList.Add(model); } } }); return(modelList); }
private static T DocumentToEntity <T>(Document document, dynamic propertySetDict) where T : class, new() { T t = ReflectionGenericHelper.New <T>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { LuceneIndexTAttribute attribute = propertyInfo.GetCustomAttribute <LuceneIndexTAttribute>(); if (attribute != null) { string field = document.Get(propertyInfo.Name); if (!string.IsNullOrEmpty(field)) { if (propertySetDict != null && propertySetDict.ContainsKey(propertyInfo.Name)) { ReflectionGenericHelper.SetPropertyValue(propertySetDict[propertyInfo.Name], t, field, propertyInfo); } else { ReflectionHelper.SetPropertyValue(t, field, propertyInfo); } } } }); return(t); }
private static Dictionary <PropertyInfo, int> InitTxtToEntityMapper <T>(Dictionary <string, object> propertyMatch = null, TxtTypeEnum typeEnum = TxtTypeEnum.Normal) where T : class { int propertyIndex = 0; Dictionary <PropertyInfo, int> propertyDict = new Dictionary <PropertyInfo, int>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (propertyMatch != null && propertyMatch.ContainsKey(propertyInfo.Name)) { propertyDict.Add(propertyInfo, int.Parse(propertyMatch[propertyInfo.Name].ToString())); } else { if (typeEnum == TxtTypeEnum.Attribute) { TxtTAttribute attribute = propertyInfo.GetCustomAttribute <TxtTAttribute>(); if (attribute != null && (attribute.Type == AttributeReadAndWriteTypeEnum.ReadAndWrite || attribute.Type == AttributeReadAndWriteTypeEnum.Read)) { propertyDict.Add(propertyInfo, attribute.Index); } } else { propertyDict.Add(propertyInfo, propertyIndex); propertyIndex++; } } }); return(propertyDict); }
private static List <T> ToEntityListNormal <T>(HtmlDocument htmlDocument, string xPath, List <XPathMatch> xPathMatchList = null, object propertyMatchList = null, ReflectionTypeEnum reflectionType = ReflectionTypeEnum.Expression) where T : class, new() { HtmlNode documentNode = htmlDocument.DocumentNode; if (documentNode == null) { return(null); } List <T> dataList = new List <T>(); dynamic propertySetDict = null; if (reflectionType != ReflectionTypeEnum.Original) { propertySetDict = ReflectionExtendHelper.PropertySetCallDict <T>(reflectionType); } Dictionary <PropertyInfo, HtmlAttributeMapperItem> attributeMapperDict = GetAttributeMapperDict <T>(propertyMatchList); HtmlNodeCollection htmlNodeCollection = documentNode.SelectNodes(xPath); if (htmlNodeCollection == null || htmlNodeCollection.Count == 0) { return(null); } Dictionary <PropertyInfo, XPathMatch> propertyInfoXPathDict = new Dictionary <PropertyInfo, XPathMatch>(); XPathMatch matchItem = null; foreach (HtmlNode htmlNode in htmlNodeCollection) { T t = new T(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { matchItem = null; if (propertyInfoXPathDict.ContainsKey(propertyInfo)) { matchItem = propertyInfoXPathDict[propertyInfo]; } else { matchItem = xPathMatchList.Where(p => p.PropertyName == propertyInfo.Name).FirstOrDefault(); if (matchItem != null) { propertyInfoXPathDict.Add(propertyInfo, matchItem); } } if (matchItem != null) { HtmlNode childHtmlNode = htmlNode.SelectSingleNode(matchItem.XPath); SetEntityValue <T>(t, childHtmlNode, propertyInfo, attributeMapperDict[propertyInfo], propertySetDict); } }); dataList.Add(t); } return(dataList); }
private static Dictionary <string, EntityToXmlMapper> InitEntityToXmlMapper <T>(T t, dynamic propertyGetDict, List <string> propertyList) where T : class { Dictionary <string, EntityToXmlMapper> mapperDict = new Dictionary <string, EntityToXmlMapper>(); string propertyValue = null; XmlTAttribute attribute = null; ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (propertyList == null || propertyList.IndexOf(propertyInfo.Name) >= 0) { if (propertyGetDict != null && propertyGetDict.ContainsKey(propertyInfo.Name)) { propertyValue = propertyGetDict[propertyInfo.Name](t).ToString(); } else { propertyValue = ReflectionHelper.GetPropertyValue(t, propertyInfo).ToString(); } attribute = propertyInfo.GetCustomAttribute <XmlTAttribute>(); if (attribute != null) { if (!string.IsNullOrEmpty(attribute.Name)) { mapperDict.Add(attribute.Name, new EntityToXmlMapper() { Value = propertyValue, ValueEnum = attribute.NameType }); } else { mapperDict.Add(propertyInfo.Name, new EntityToXmlMapper() { Value = propertyValue, ValueEnum = attribute.NameType }); } } else { mapperDict.Add(propertyInfo.Name, new EntityToXmlMapper() { Value = propertyValue, ValueEnum = XmlTEnum.Attribute }); } } }); return(mapperDict); }
private static Dictionary <int, PropertyInfo> InitEntityToTxtMapper <T>(object propertyMatchList = null, TxtTypeEnum typeEnum = TxtTypeEnum.Normal, string[] propertyList = null, bool propertyContain = true) where T : class { List <string> filterNameList = null; if (propertyList != null) { filterNameList = propertyList.ToList <string>(); } int propertyIndex = 0; Dictionary <string, object> propertyMatchDict = CommonHelper.GetParameterDict(propertyMatchList); Dictionary <int, PropertyInfo> propertyNameDict = new Dictionary <int, PropertyInfo>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (filterNameList == null || (propertyContain && filterNameList.IndexOf(propertyInfo.Name) >= 0) || (!propertyContain && filterNameList.IndexOf(propertyInfo.Name) < 0)) { if (propertyMatchDict != null && propertyMatchDict.ContainsKey(propertyInfo.Name)) { propertyNameDict.Add(int.Parse(propertyMatchDict[propertyInfo.Name].ToString()), propertyInfo); } else { if (typeEnum == TxtTypeEnum.Attribute) { TxtTAttribute attribute = propertyInfo.GetCustomAttribute <TxtTAttribute>(); if (attribute != null && (attribute.Type == AttributeReadAndWriteTypeEnum.ReadAndWrite || attribute.Type == AttributeReadAndWriteTypeEnum.Write)) { object attributeIndex = ReflectionExtendHelper.GetAttributeValue <TxtTAttribute>(typeof(T), propertyInfo, p => p.Index); if (attributeIndex != null) { propertyNameDict.Add(int.Parse(attributeIndex.ToString()), propertyInfo); } } } else { propertyNameDict.Add(propertyIndex, propertyInfo); propertyIndex++; } } } }); return(propertyNameDict); }
private static Dictionary <PropertyInfo, string> InitDbToEntityMapper <T>(DbDataReader reader, object propertyMatchList = null) where T : class { Dictionary <PropertyInfo, string> resultDict = new Dictionary <PropertyInfo, string>(); if (propertyMatchList != null) { Dictionary <string, object> propertyMatchDict = CommonHelper.GetParameterDict(propertyMatchList); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { string columnName = propertyInfo.Name; object propertyValue = propertyMatchDict[propertyInfo.Name]; if (propertyValue != null) { columnName = propertyValue.ToString(); } resultDict.Add(propertyInfo, columnName); }); return(resultDict); } string key = typeof(T).FullName; if (PropertyAttributeDict.ContainsKey(key)) { return(PropertyAttributeDict[key]); } lock (lockItem) { ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { string columnName = ReflectionExtendHelper.GetAttributeValue <DataBaseTAttribute>(typeof(T), propertyInfo, p => p.Name); if (string.IsNullOrEmpty(columnName)) { columnName = propertyInfo.Name; } resultDict.Add(propertyInfo, columnName); }); if (!PropertyAttributeDict.ContainsKey(key)) { PropertyAttributeDict.Add(key, resultDict); } return(resultDict); } }
internal static Dictionary <string, PropertyInfo> InitPropertyWriteMapperFormat <T, K>(Dictionary <string, object> propertyDict = null, List <string> filterNameList = null, bool filterPropertyContain = true) where T : class where K : BaseReadAndWriteTAttribute { Dictionary <string, PropertyInfo> resultDict = new Dictionary <string, PropertyInfo>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (filterNameList == null || (filterPropertyContain && filterNameList.IndexOf(propertyInfo.Name) >= 0) || (!filterPropertyContain && filterNameList.IndexOf(propertyInfo.Name) < 0)) { string attributeName = null; if (propertyDict != null && propertyDict.ContainsKey(propertyInfo.Name)) { attributeName = propertyDict[propertyInfo.Name].ToString(); } else { K k = propertyInfo.GetCustomAttribute <K>(); if (k != null) { if (k.Type == AttributeReadAndWriteTypeEnum.ReadAndWrite || k.Type == AttributeReadAndWriteTypeEnum.Write) { if (!string.IsNullOrEmpty(k.Name)) { attributeName = k.Name; } else { attributeName = propertyInfo.Name; } } } else { attributeName = propertyInfo.Name; } } if (!string.IsNullOrEmpty(attributeName)) { resultDict.Add(attributeName, propertyInfo); } } }); return(resultDict); }
public static Dictionary <PropertyInfo, string> InitPropertyReadMapper <T, K>(Dictionary <string, object> propertyDict, Func <string, bool> callback) where T : class where K : BaseReadAndWriteTAttribute { Dictionary <PropertyInfo, string> resultDict = new Dictionary <PropertyInfo, string>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { string mapperName = null; if (propertyDict != null && propertyDict.ContainsKey(propertyInfo.Name)) { mapperName = propertyDict[propertyInfo.Name].ToString(); } else { K attribute = propertyInfo.GetCustomAttribute <K>(); if (attribute != null) { if (attribute.Type == AttributeReadAndWriteTypeEnum.ReadAndWrite || attribute.Type == AttributeReadAndWriteTypeEnum.Read) { if (!string.IsNullOrEmpty(attribute.Name)) { mapperName = attribute.Name; } else { mapperName = propertyInfo.Name; } } } else { mapperName = propertyInfo.Name; } } if (mapperName != null && callback(mapperName)) { resultDict.Add(propertyInfo, mapperName); } }); return(resultDict); }
private static Dictionary <PropertyInfo, ExcelToEntityColumnMapper> InitExcelToEntityMapper <T>(IRow row, bool isHeader, string primaryKey, ref int primaryIndex, Dictionary <string, object> propertyDict = null) where T : class { Dictionary <string, int> columnNameDict = null; Dictionary <int, int> columnIndexDict = null; if (isHeader) { columnNameDict = InitExcelPrimaryMapperByName(row, primaryKey, ref primaryIndex); } else { columnIndexDict = InitExcelPrimaryMapperByIndex(row, primaryKey, ref primaryIndex); } Dictionary <PropertyInfo, ExcelToEntityColumnMapper> resultList = new Dictionary <PropertyInfo, ExcelToEntityColumnMapper>(); ReflectionGenericHelper.Foreach <T>((PropertyInfo propertyInfo) => { if (isHeader) { string columnName = null; if (propertyDict != null && propertyDict.ContainsKey(propertyInfo.Name)) { columnName = propertyDict[propertyInfo.Name].ToString(); } else { ExcelTAttribute attribute = propertyInfo.GetCustomAttribute <ExcelTAttribute>(); if (attribute != null) { if (attribute.Type == AttributeReadAndWriteTypeEnum.ReadAndWrite || attribute.Type == AttributeReadAndWriteTypeEnum.Read) { if (!string.IsNullOrEmpty(attribute.Name)) { columnName = attribute.Name; } else { columnName = propertyInfo.Name; } } } else { columnName = propertyInfo.Name; } } if (columnName != null && columnNameDict.ContainsKey(columnName)) { resultList.Add(propertyInfo, new ExcelToEntityColumnMapper() { ColumnName = columnName, ColumnIndex = columnNameDict[columnName] }); } } else { int columnIndex = -1; if (propertyDict != null && propertyDict.ContainsKey(propertyInfo.Name)) { columnIndex = int.Parse(propertyDict[propertyInfo.Name].ToString()); } else { ExcelTAttribute attribute = propertyInfo.GetCustomAttribute <ExcelTAttribute>(); if (attribute != null) { columnIndex = attribute.Index; } } if (columnIndexDict.ContainsKey(columnIndex)) { resultList.Add(propertyInfo, new ExcelToEntityColumnMapper() { ColumnName = null, ColumnIndex = columnIndex }); } } }); return(resultList); }