void
CommunicatorDescriptorBuilder::addAdapter(const XmlAttributesHelper& attrs)
{
AdapterDescriptor desc;
desc.name = attrs("name");
if(attrs.contains("id"))
{
desc.id = attrs("id");
}
else
{
string fqn = "${server}";
if(ServiceDescriptorPtr::dynamicCast(_descriptor))
{
fqn += ".${service}";
}
desc.id = fqn + "." + desc.name;
}
desc.replicaGroupId = attrs("replica-group", "");
desc.priority = attrs("priority", "");
desc.registerProcess = attrs.asBool("register-process", false);
if(desc.id == "")
{
throw "empty `id' for adapter `" + desc.name + "'";
}
desc.serverLifetime = attrs.asBool("server-lifetime", true);
_descriptor->adapters.push_back(desc);
addProperty(_hiddenProperties, desc.name + ".Endpoints", attrs("endpoints", "default"));
if(attrs.contains("proxy-options"))
{
addProperty(_hiddenProperties, desc.name + ".ProxyOptions", attrs("proxy-options", ""));
}
}
void
PropertySetDescriptorBuilder::addPropertySet(const XmlAttributesHelper& attrs)
{
if(attrs.contains("id") || !attrs.contains("refid"))
{
throw "only <properties refid=\"\"> can be a child of a <properties> element";
}
if(!_descriptor.properties.empty())
{
throw "<properties refid=\"\"> can't be defined after a <property> element";
}
_descriptor.references.push_back(attrs("refid"));
_inPropertySetRef = true;
}
void
CommunicatorDescriptorBuilder::addLog(const XmlAttributesHelper& attrs)
{
if(attrs.contains("property"))
{
addProperty(_hiddenProperties, attrs("property"), attrs("path"));
}
_descriptor->logs.push_back(attrs("path"));
}
void
NodeDescriptorBuilder::addVariable(const XmlAttributesHelper& attrs)
{
if(!_application.isOverride(attrs("name")))
{
_descriptor.variables[attrs("name")] = attrs("value", "");
}
else
{
attrs.contains("value"); // NOTE: prevents warning about "value" not being used.
}
}
void
CommunicatorDescriptorBuilder::addAllocatable(const XmlAttributesHelper& attrs)
{
ObjectDescriptor object;
object.type = attrs("type", "");
object.id = _communicator->stringToIdentity(attrs("identity"));
if(attrs.contains("property"))
{
addProperty(_hiddenProperties, attrs("property"), attrs("identity"));
}
_descriptor->adapters.back().allocatables.push_back(object);
}
void
ApplicationDescriptorBuilder::addObject(const XmlAttributesHelper& attrs)
{
ObjectDescriptor object;
object.type = attrs("type", "");
object.id = _communicator->stringToIdentity(attrs("identity"));
if(attrs.contains("property"))
{
throw "property attribute is not allowed in object descriptors from a replica group";
}
_descriptor.replicaGroups.back().objects.push_back(object);
}
void
CommunicatorDescriptorBuilder::addObject(const XmlAttributesHelper& attrs)
{
ObjectDescriptor object;
object.type = attrs("type", "");
object.id = Ice::stringToIdentity(attrs("identity"));
object.proxyOptions = attrs("proxy-options", "");
if(attrs.contains("property"))
{
addProperty(_hiddenProperties, attrs("property"), attrs("identity"));
}
_descriptor->adapters.back().objects.push_back(object);
}
void
TemplateDescriptorBuilder::addParameter(const XmlAttributesHelper& attrs)
{
if(find(_descriptor.parameters.begin(), _descriptor.parameters.end(), attrs("name")) !=
_descriptor.parameters.end())
{
throw "duplicate parameter `" + attrs("name") + "'";
}
_descriptor.parameters.push_back(attrs("name"));
if(attrs.contains("default"))
{
_descriptor.parameterDefaults.insert(make_pair(attrs("name"), attrs("default", "")));
}
}