public void Test10DataTopSingletonNullableOk()
{
//SETUP
var efInfo = _efInfos.SingleOrDefault(x => x.ClrClassType == typeof(DataTop));
var refEfCol = efInfo.RelationshipCols.SingleOrDefault(x => x.ClrColumnName == "SingletonNullable");
//EXECUTE
var status = _checker.CheckEfRelationshipToSql(efInfo, refEfCol);
//VERIFY
status.ShouldBeValid();
status.Result.ShouldEqual(null);
}
public ISuccessOrErrors CompareEfWithSql(IList <EfTableInfo> efInfos, SqlAllInfo allSqlInfo)
{
var status = SuccessOrErrors.Success("All Ok");
//first we compare the ef table columns with the SQL table columns
foreach (var efInfo in efInfos)
{
if (!_sqlInfoDict.ContainsKey(efInfo.CombinedName))
{
status.AddSingleError(
"Missing Table: The SQL {0} does not contain a table called {1}. Needed by EF class {2}.",
_sqlDbRefString, efInfo.CombinedName, efInfo.ClrClassType.Name);
}
else
{
//has table, so compare the columns/properties
var sqlTableInfo = _sqlInfoDict[efInfo.CombinedName];
_sqlInfoDict.Remove(efInfo.CombinedName);
//we create a dict, which we check. As we find columns we remove them
var sqlColsDict = sqlTableInfo.ColumnInfos.ToDictionary(x => x.ColumnName);
foreach (var clrCol in efInfo.NormalCols)
{
if (!sqlColsDict.ContainsKey(clrCol.SqlColumnName))
{
status.AddSingleError(
"Missing Column: The SQL {0} table {1} does not contain a column called {2}. Needed by EF class {3}.",
_sqlDbRefString, efInfo.CombinedName, clrCol.SqlColumnName, efInfo.ClrClassType.Name);
}
else
{
//check the columns match
var sqlCol = sqlColsDict[clrCol.SqlColumnName];
sqlColsDict.Remove(clrCol.SqlColumnName); //remove it as it has been used
status.Combine(CheckColumn(sqlCol, clrCol, efInfo.CombinedName));
}
}
//At the end we check if any sql columns are left
if (sqlColsDict.Any())
{
foreach (var missingCol in sqlColsDict.Values)
{
status.AddWarning("SQL {0} table {1} has a column called {2} (.NET type {3}) that EF does not access.",
_sqlDbRefString, efInfo.CombinedName, missingCol.ColumnName, missingCol.SqlTypeName.SqlToClrType(missingCol.IsNullable));
}
}
}
}
//now we compare the EF relationships with the SQL foreign keys
//we do this here because we now have the tables that wren't mentioned in EF,
//which are the tables that EF will automatically add to handle many-many relationships.
var relChecker = new EfRelationshipChecker(efInfos, allSqlInfo, _sqlInfoDict.Values.ToList());
foreach (var efInfo in efInfos)
{
//now we check the relationships
foreach (var relationCol in efInfo.RelationshipCols)
{
var relStatus = relChecker.CheckEfRelationshipToSql(efInfo, relationCol);
status.Combine(relStatus);
if (relStatus.IsValid && relStatus.Result != null)
{
//It has found a many-to-many table which we need to remove so that it does not show a warning at the end
_sqlInfoDict.Remove(relStatus.Result);
}
}
}
return(status);
}