public void InitializeAssemblies_BuildsMaps()
{
MappingRepoDictionary.InitializeAssemblies(GetType().Assembly);
var map = MappingRepoDictionary.GetMap <SimpleObject>();
Assert.IsNotNull(map);
}
private static string CreateMessage(string sql, IList <object> parameters, IDataReader reader, IDbConnection connection)
{
#if NETSTANDARD1_4
return(".Net standard does not support schema investigation. Once it will, this code will be revised");
#else
var mapping = MappingRepoDictionary.GetMappedTypes();
var schema = reader.GetSchemaTable();
var rows = schema?.Rows;
var tableName = string.Empty;
var schemaName = string.Empty;
var columnNameIndex = 0;
var schemaIndex = 9;
var tableNameIndex = 10;
var typeIndex = 11;
var columns = new List <string>();
if (rows != null && schema.Columns.Count > 11)
{
foreach (DataRow row in rows)
{
columns.Add($"{row.ItemArray[columnNameIndex]} + type: {row.ItemArray[typeIndex]}");
}
tableName = rows[0][tableNameIndex].ToString();
schemaName = rows[0][schemaIndex].ToString();
}
var mappedNames = mapping.Select(x => x.Name).OrderBy(x => x).ToArray();
var mapsMessage = MappingRepoDictionary.GetMap <T>().ToString();
var mappingMessage = string.Join(",", mappedNames);
var schemaMessage = $"Table name: {tableName}, Schema Name: {schemaName}";
if (columns.Any())
{
schemaMessage += $", ColumnsNames: {string.Join(",", columns)}";
}
return($"\r\nT: {typeof(T).Name},\r\n T-Maps: {mapsMessage},\r\n SQL: {sql},\r\n Parameters: {string.Join(",", parameters)},\r\n Mapping: {mappingMessage},\r\n Schema: {schemaMessage} \r\n ConnectionString: {connection?.ConnectionString}");
#endif
}