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/*###############################################################################
# Linux Management Providers (LMP), Physical Asset provider package
# Copyright (C) 2008 Guillaume BOTTEX, ETRI <guillaumebottex@etri.re.kr, guillaumebottex@gmail.com>
#
# This program is being developed under the "OpenDRIM" project.
# The "OpenDRIM" project web page: http://opendrim.sourceforge.net
# The "OpenDRIM" project mailing list: opendrim@googlegroups.com
#
# This program is free software; you can redistribute it and/or
# modify it under the terms of the GNU General Public License
# as published by the Free Software Foundation; version 2
# of the License.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
#################################################################################
#################################################################################
# To contributors, please leave your contact information in this section
# AND comment your changes in the source code.
#
# Modified by <Author(s)>, <Affiliation>, <Year>
###############################################################################*/
#include "OpenDRIM_ConnectedToAccess.h"
int PhysicalAsset_OpenDRIM_ConnectedTo_load(const CMPIBroker* broker, string& errorMessage) {
_E_;
/*
* for Direct Invocation
*/
/*
CF_assert(PhysicalAsset_CIM_PhysicalConnector_load(broker, errorMessage));
CF_assert(PhysicalAsset_CIM_PhysicalConnector_load(broker, errorMessage));
*/
// TODO
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_unload(string& errorMessage) {
_E_;
/*
* for Direct Invocation
*/
/*
CF_assert(PhysicalAsset_CIM_PhysicalConnector_unload(errorMessage));
CF_assert(PhysicalAsset_CIM_PhysicalConnector_unload(errorMessage));
*/
// TODO
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_isAssociated(const Instance& Antecedent, const Instance& Dependent, bool& isAssociated, string& errorMessage) {
_E_;
// TODO Determine if the association can be established or not
isAssociated=true;
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_retrieve(const CMPIBroker* broker, const CMPIContext* ctx, vector<OpenDRIM_ConnectedTo>& result, const char** properties, string& errorMessage, const string& discriminant) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
vector<Instance> subjects;
// Only get the instance names
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateAntecedents(broker, ctx, subjects, NULL, true, errorMessage));
// OR get the full instances IF we need the content of the instance to evaluate the association condition OR to set the reference properties
// CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateAntecedents(broker, ctx, subjects, NULL, false, errorMessage));
vector<Instance>::iterator c = subjects.begin();
vector<Instance>::iterator end = subjects.end();
for (; c != end; ++c) {
bool leftToRight = true;
vector<Instance> associatedInstances;
PhysicalAsset_OpenDRIM_ConnectedTo_associator(broker, ctx,
(*c).getObjectpath().getHdl(), (*c),
Antecedent_classnames[0], Dependent_classnames[0],
Antecedent_role.c_str(), Dependent_role.c_str(), NULL,
associatedInstances, leftToRight, errorMessage, "an");
string ref_discriminant = discriminant == "ein" ? "rn" : "r";
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_referenceAntecedentToDependent(broker, ctx, (*c), associatedInstances, result, NULL, errorMessage, ref_discriminant));
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_getInstance(const CMPIBroker* broker, const CMPIContext* ctx, OpenDRIM_ConnectedTo& instance, const char** properties, string& errorMessage) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
Objectpath Antecedent_objectpath;
instance.getAntecedent(Antecedent_objectpath);
Instance Antecedent_instance;
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_getAntecedent(broker, ctx, Antecedent_objectpath, Antecedent_instance, NULL, errorMessage));
Objectpath Dependent_objectpath;
instance.getDependent(Dependent_objectpath);
Instance Dependent_instance;
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_getDependent(broker, ctx, Dependent_objectpath, Dependent_instance, NULL, errorMessage));
bool isAssociated = false;
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_isAssociated(Antecedent_instance, Dependent_instance, isAssociated, errorMessage));
if (!isAssociated)
{
if(errorMessage.empty())
errorMessage = "No instance";
return NOT_FOUND;
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_setInstance(const CMPIBroker* broker, const CMPIContext* ctx, const OpenDRIM_ConnectedTo& newInstance, const OpenDRIM_ConnectedTo& oldInstance, const char** properties, string& errorMessage) {
_E_;
// TODO
_L_;
return NOT_SUPPORTED;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_createInstance(const CMPIBroker* broker, const CMPIContext* ctx, const OpenDRIM_ConnectedTo& instance, string& errorMessage) {
_E_;
// TODO
_L_;
return NOT_SUPPORTED;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_deleteInstance(const CMPIBroker* broker, const CMPIContext* ctx, const OpenDRIM_ConnectedTo& instance, string& errorMessage) {
_E_;
// TODO
_L_;
return NOT_SUPPORTED;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_associatorAntecedentToDependent(const CMPIBroker* broker, const CMPIContext* ctx, const Instance& Antecedent_instance, const char** properties, vector<Instance>& Dependent_associatedInstances, string& errorMessage, const string& discriminant) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
vector<Instance> Dependent_instances;
if (discriminant=="a")
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateDependents(broker, ctx, Dependent_instances, properties, false, errorMessage));
if (discriminant=="an") {
// Only get the instance names
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateDependents(broker, ctx, Dependent_instances, properties, true, errorMessage));
// OR get the full instances IF we need the content of the instance to evaluate the association condition OR to set the reference properties
// CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateDependents(broker, ctx, Dependent_instances, properties, false, errorMessage));
}
for (size_t i=0; i<Dependent_instances.size(); i++) {
bool isAssociated = false;
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_isAssociated(Antecedent_instance, Dependent_instances[i], isAssociated, errorMessage));
if (isAssociated)
Dependent_associatedInstances.push_back(Dependent_instances[i]);
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_associatorDependentToAntecedent(const CMPIBroker* broker, const CMPIContext* ctx, const Instance& Dependent_instance, const char** properties, vector<Instance>& Antecedent_associatedInstances, string& errorMessage, const string& discriminant) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
vector<Instance> Antecedent_instances;
if (discriminant=="a")
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateAntecedents(broker, ctx, Antecedent_instances, properties, false, errorMessage));
if (discriminant=="an") {
// Only get the instance names
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateAntecedents(broker, ctx, Antecedent_instances, properties, true, errorMessage));
// OR get the full instances IF we need the content of the instance to evaluate the association condition OR to set the reference properties
// CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_enumerateAntecedents(broker, ctx, Antecedent_instances, properties, false, errorMessage));
}
for (size_t i=0; i<Antecedent_instances.size(); i++) {
bool isAssociated = false;
CF_assert(PhysicalAsset_OpenDRIM_ConnectedTo_isAssociated(Antecedent_instances[i], Dependent_instance, isAssociated, errorMessage));
if (isAssociated)
Antecedent_associatedInstances.push_back(Antecedent_instances[i]);
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_referenceAntecedentToDependent(const CMPIBroker* broker, const CMPIContext* ctx, const Instance& Antecedent_instance, const vector<Instance>& Dependent_instances, vector<OpenDRIM_ConnectedTo>& OpenDRIM_ConnectedTo_instances, const char** properties, string& errorMessage, const string& discriminant) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
for (size_t i=0; i < Dependent_instances.size(); i++) {
OpenDRIM_ConnectedTo instance;
instance.setAntecedent(((Instance) Antecedent_instance).getObjectpath());
instance.setDependent(((Instance) Dependent_instances[i]).getObjectpath());
OpenDRIM_ConnectedTo_instances.push_back(instance);
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_referenceDependentToAntecedent(const CMPIBroker* broker, const CMPIContext* ctx, const Instance& Dependent_instance, const vector<Instance>& Antecedent_instances, vector<OpenDRIM_ConnectedTo>& OpenDRIM_ConnectedTo_instances, const char** properties, string& errorMessage, const string& discriminant) {
_E_;
/*
* The following code has been generated for your convenience.
* Feel free to modify/delete.
*/
for (size_t i=0; i < Antecedent_instances.size(); i++) {
OpenDRIM_ConnectedTo instance;
instance.setAntecedent(((Instance) Antecedent_instances[i]).getObjectpath());
instance.setDependent(((Instance) Dependent_instance).getObjectpath());
OpenDRIM_ConnectedTo_instances.push_back(instance);
}
_L_;
return OK;
}
int PhysicalAsset_OpenDRIM_ConnectedTo_populate(OpenDRIM_ConnectedTo& instance, string& errorMessage) {
_E_;
// TODO
_L_;
return OK;
}
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