public void Run()
{
DetectAlgorithm();
List <Condition> conds = new List <Condition>();
if (m_table != null && !m_loadAllConstraints)
{
conds.Add(new SchemaCondition(m_table.Schema));
}
if (m_table != null && !m_loadAllConstraints)
{
conds.Add(new EqualCondition("table_name", m_table.Name, false));
}
Condition cond = new AndCondition(conds.ToArray());
if (m_members.ContainsAny(TableStructureMembers.ConstraintsNoIndexesNoRefs) || (m_members.ContainsAny(TableStructureMembers.ReferencedFrom) && m_loadAllConstraints))
{
LoadConstraints(cond);
if (m_loadCheckConstraints)
{
LoadCheckConstraints(cond);
}
}
if (m_postgreRefs)
{
if (m_members.ContainsAny(TableStructureMembers.ForeignKeys | TableStructureMembers.ReferencedFrom))
{
LoadKeyColumnUsage(cond);
LoadReferentialConstraints(cond);
}
else
{
LoadKeyColumnUsage(cond);
}
}
else
{
if (m_members.ContainsAny(TableStructureMembers.ReferencedFrom))
{
List <Condition> conds2 = new List <Condition>();
if (m_table != null)
{
conds2.Add(new SchemaCondition(m_table.Schema));
}
if (m_table != null)
{
conds2.Add(new EqualCondition("referenced_table_name", m_table.Name, false));
}
Condition orcond = new OrCondition(cond, new AndCondition(conds2.ToArray()));
LoadKeyColumnUsage(orcond);
}
}
if (m_infoSchema.HasView("referential_constraints") && m_members.ContainsAny(TableStructureMembers.ReferencedFrom | TableStructureMembers.ForeignKeys))
{
LoadForeignKeyRules(cond);
}
}
//public static TableStructure RemoveRe(this ITableStructure src, DatabaseCopyOptions copyOpts, ISqlDialect dialect)
//{
// if (!copyOpts.CopyTable(src.FullName)) return null;
// TableStructure res = new TableStructure(src);
// res.MangleMappedTable(copyOpts, dialect);
// return res;
//}
public static bool Contains(this TableStructureMembers members, TableStructureMembers test)
{
return(members.ContainsAny(test));
}