private void ParseRelation(EntityMap entity, XmlNode attributeNode, string defaultNamespace)
{
Relationship relationship;
switch (this.GetValue(attributeNode, "relationship").ToUpper()) {
case "ONETOMANY": relationship = Relationship.Child; break;
case "MANYTOONE": relationship = Relationship.Parent; break;
case "MANYTOMANY": relationship = Relationship.Many; break;
default: throw new MappingException("Mapping: Relation relationship is Invalid");
}
string member = this.GetValue(attributeNode, "member");
string field = this.GetValue(attributeNode, "field");
string type = this.GetNamespacedValue(attributeNode, "type", defaultNamespace);
// Jeff Lanning ([email protected]): Added optional "alias" attribute for use in OPath queries (and to help code generators build entity classes)
string alias = this.GetValue(attributeNode, "alias", member);
// optional queryOnly is used to enable OPath on relationships without actually loading any relationships -- no member allowed, alias is required
bool queryOnly; // Default queryOnly is False
switch (this.GetValue(attributeNode, "queryOnly", "FALSE").ToUpper()) {
case "TRUE": queryOnly = true; break;
default: queryOnly = false; break;
}
if (!queryOnly) {
if (member == null || member.Length == 0) {
throw new MappingException("Mapping: Relation attribute 'member' must be specified when 'queryOnly' is set to false - " + entity.Type + " : " + member);
}
}
else {
if (member != null && member.Length > 0) {
throw new MappingException("Mapping: Relation attribute 'member' is not allowed when 'queryOnly' is set to true - " + entity.Type + " : " + member);
}
if (alias == null || alias.Length == 0) {
throw new MappingException("Mapping: Relation attribute 'alias' must be specified when queryOnly is set to true - " + entity.Type + " : " + type);
}
member = alias; // Required internally for hashtables, but would be inconsistent if allowed externally
}
bool lazyLoad; // Default lazyLoad is True
switch (this.GetValue(attributeNode, "lazyLoad", "TRUE").ToUpper()) {
case "FALSE": lazyLoad = false; break;
default: lazyLoad = true; break;
}
// CascadeDelete help from Ken Muse (http://www.MomentsFromImpact.com)
bool cascadeDelete; // Default cascaseDelete is False
switch (this.GetValue(attributeNode, "cascadeDelete", "FALSE").ToUpper()) {
case "TRUE": cascadeDelete = true; break;
default: cascadeDelete = false; break;
}
string filter = this.GetValue(attributeNode, "filter");
string selectSP = this.GetValue(attributeNode, "selectSP");
if (relationship == Relationship.Child) {
entity.AddChild(member, field, type, alias, queryOnly, lazyLoad, cascadeDelete, filter, selectSP, this.provider);
}
else if (relationship == Relationship.Parent) {
entity.AddParent(member, field, type, alias, queryOnly, lazyLoad, cascadeDelete, filter, selectSP, this.provider);
}
else {
string table = this.GetValue(attributeNode, "table");
string source = this.GetValue(attributeNode, "sourceField");
string dest = this.GetValue(attributeNode, "destField");
string insertSP = this.GetValue(attributeNode, "insertSP");
string deleteSP = this.GetValue(attributeNode, "deleteSP");
entity.AddMany(member, field, type, alias, table, source, dest, queryOnly, lazyLoad, cascadeDelete, filter, selectSP, insertSP, deleteSP, this.provider);
}
}
private void ParseRelation(EntityMap entity, XmlNode attributeNode, string defaultNamespace, string defaultSchema)
{
Relationship relationship;
switch (this.GetValue(attributeNode, "relationship").ToUpper())
{
case "ONETOMANY": relationship = Relationship.Child; break;
case "MANYTOONE": relationship = Relationship.Parent; break;
case "MANYTOMANY": relationship = Relationship.Many; break;
default: throw new MappingException("Mapping: Relation relationship is Invalid");
}
string member = this.GetValue(attributeNode, "member");
string field = this.GetValue(attributeNode, "field");
string type = this.GetTypeName(attributeNode, "type", defaultNamespace);
// Jeff Lanning ([email protected]): Added optional "alias" attribute for use in OPath queries (and to help code generators build entity classes)
string alias = this.GetValue(attributeNode, "alias", member);
// optional queryOnly is used to enable OPath on relationships without actually loading any relationships -- no member allowed, alias is required
bool queryOnly; // Default queryOnly is False
switch (this.GetValue(attributeNode, "queryOnly", "FALSE").ToUpper())
{
case "TRUE": queryOnly = true; break;
default: queryOnly = false; break;
}
if (!queryOnly)
{
if (member == null || member.Length == 0)
{
throw new MappingException("Mapping: Relation attribute 'member' must be specified when 'queryOnly' is set to false - " + entity.Type + " : " + member);
}
}
else
{
if (member != null && member.Length > 0)
{
throw new MappingException("Mapping: Relation attribute 'member' is not allowed when 'queryOnly' is set to true - " + entity.Type + " : " + member);
}
if (alias == null || alias.Length == 0)
{
throw new MappingException("Mapping: Relation attribute 'alias' must be specified when queryOnly is set to true - " + entity.Type + " : " + type);
}
member = alias; // Required internally for hashtables, but would be inconsistent if allowed externally
}
bool lazyLoad; // Default lazyLoad is True
switch (this.GetValue(attributeNode, "lazyLoad", "TRUE").ToUpper())
{
case "FALSE": lazyLoad = false; break;
default: lazyLoad = true; break;
}
// CascadeDelete help from Ken Muse (http://www.MomentsFromImpact.com)
bool cascadeDelete; // Default cascaseDelete is False
switch (this.GetValue(attributeNode, "cascadeDelete", "FALSE").ToUpper())
{
case "TRUE": cascadeDelete = true; break;
default: cascadeDelete = false; break;
}
string filter = this.GetValue(attributeNode, "filter");
string sortOrder = this.GetValue(attributeNode, "sortOrder");
string selectSP = this.GetValue(attributeNode, "selectSP");
if (relationship == Relationship.Child)
{
entity.AddChild(member, field, type, alias, queryOnly, lazyLoad, cascadeDelete, filter, sortOrder, selectSP, this.provider);
}
else if (relationship == Relationship.Parent)
{
entity.AddParent(member, field, type, alias, queryOnly, lazyLoad, cascadeDelete, filter, sortOrder, selectSP, this.provider);
}
else
{
string table = this.GetTableName(attributeNode, "table", defaultSchema);
string source = this.GetValue(attributeNode, "sourceField");
string dest = this.GetValue(attributeNode, "destField");
string insertSP = this.GetValue(attributeNode, "insertSP");
string deleteSP = this.GetValue(attributeNode, "deleteSP");
entity.AddMany(member, field, type, alias, table, source, dest, queryOnly, lazyLoad, cascadeDelete, filter, sortOrder, selectSP, insertSP, deleteSP, this.provider);
}
}
