/* Copyright or (C) or Copr. GET / ENST, Telecom-Paris, Ludovic Apvrille
*
* ludovic.apvrille AT enst.fr
*
* This software is a computer program whose purpose is to allow the
* edition of TURTLE analysis, design and deployment diagrams, to
* allow the generation of RT-LOTOS or Java code from this diagram,
* and at last to allow the analysis of formal validation traces
* obtained from external tools, e.g. RTL from LAAS-CNRS and CADP
* from INRIA Rhone-Alpes.
*
* This software is governed by the CeCILL license under French law and
* abiding by the rules of distribution of free software. You can use,
* modify and/ or redistribute the software under the terms of the CeCILL
* license as circulated by CEA, CNRS and INRIA at the following URL
* "http://www.cecill.info".
*
* As a counterpart to the access to the source code and rights to copy,
* modify and redistribute granted by the license, users are provided only
* with a limited warranty and the software's author, the holder of the
* economic rights, and the successive licensors have only limited
* liability.
*
* In this respect, the user's attention is drawn to the risks associated
* with loading, using, modifying and/or developing or reproducing the
* software by the user in light of its specific status of free software,
* that may mean that it is complicated to manipulate, and that also
* therefore means that it is reserved for developers and experienced
* professionals having in-depth computer knowledge. Users are therefore
* encouraged to load and test the software's suitability as regards their
* requirements in conditions enabling the security of their systems and/or
* data to be ensured and, more generally, to use and operate it in the
* same conditions as regards security.
*
* The fact that you are presently reading this means that you have had
* knowledge of the CeCILL license and that you accept its terms.
*/
package elntranslator;
import java.util.LinkedList;
import java.util.List;
/**
* Class ELNSpecification
* List of all the elements in a ELN diagram
* Creation: 23/07/2018
* @version 1.0 23/07/2018
* @author Irina Kit Yan LEE
*/
public class ELNSpecification{
private List<ELNTComponent> components;
private List<ELNTConnector> connectors;
public ELNSpecification(List<ELNTComponent> _components, List<ELNTConnector> _connectors){
components = _components ;
connectors = _connectors ;
}
public List<ELNTComponent> getComponents(){
return components;
}
public List<ELNTConnector> getConnectors(){
return connectors;
}
public LinkedList<ELNTComponentCapacitor> getAllComponentCapacitor(){
LinkedList<ELNTComponentCapacitor> capacitors = new LinkedList<ELNTComponentCapacitor>();
for (ELNTComponent capacitor : components) {
if (capacitor instanceof ELNTComponentCapacitor) {
capacitors.add((ELNTComponentCapacitor) capacitor);
}
}
return capacitors;
}
public LinkedList<ELNTComponentCurrentSinkTDF> getAllComponentCurrentSinkTDF(){
LinkedList<ELNTComponentCurrentSinkTDF> TDF_isinks = new LinkedList<ELNTComponentCurrentSinkTDF>();
for (ELNTComponent TDF_isink : components) {
if (TDF_isink instanceof ELNTComponentCurrentSinkTDF) {
TDF_isinks.add((ELNTComponentCurrentSinkTDF) TDF_isink);
}
}
return TDF_isinks;
}
public LinkedList<ELNTComponentCurrentSourceTDF> getAllComponentCurrentSourceTDF(){
LinkedList<ELNTComponentCurrentSourceTDF> TDF_isources = new LinkedList<ELNTComponentCurrentSourceTDF>();
for (ELNTComponent TDF_isource : components) {
if (TDF_isource instanceof ELNTComponentCurrentSourceTDF) {
TDF_isources.add((ELNTComponentCurrentSourceTDF) TDF_isource);
}
}
return TDF_isources;
}
public LinkedList<ELNTComponentIdealTransformer> getAllComponentIdealTransformer(){
LinkedList<ELNTComponentIdealTransformer> idealTransformers = new LinkedList<ELNTComponentIdealTransformer>();
for (ELNTComponent idealTransformer : components) {
if (idealTransformer instanceof ELNTComponentIdealTransformer) {
idealTransformers.add((ELNTComponentIdealTransformer) idealTransformer);
}
}
return idealTransformers;
}
public LinkedList<ELNTComponentIndependentCurrentSource> getAllComponentIndependentCurrentSource(){
LinkedList<ELNTComponentIndependentCurrentSource> isources = new LinkedList<ELNTComponentIndependentCurrentSource>();
for (ELNTComponent isource : components) {
if (isource instanceof ELNTComponentIndependentCurrentSource) {
isources.add((ELNTComponentIndependentCurrentSource) isource);
}
}
return isources;
}
public LinkedList<ELNTComponentIndependentVoltageSource> getAllComponentIndependentVoltageSource(){
LinkedList<ELNTComponentIndependentVoltageSource> vsources = new LinkedList<ELNTComponentIndependentVoltageSource>();
for (ELNTComponent vsource : components) {
if (vsource instanceof ELNTComponentIndependentVoltageSource) {
vsources.add((ELNTComponentIndependentVoltageSource) vsource);
}
}
return vsources;
}
public LinkedList<ELNTComponentInductor> getAllComponentInductor(){
LinkedList<ELNTComponentInductor> inductors = new LinkedList<ELNTComponentInductor>();
for (ELNTComponent inductor : components) {
if (inductor instanceof ELNTComponentInductor) {
inductors.add((ELNTComponentInductor) inductor);
}
}
return inductors;
}
public LinkedList<ELNTComponentNodeRef> getAllComponentNodeRef(){
LinkedList<ELNTComponentNodeRef> nodeRefs = new LinkedList<ELNTComponentNodeRef>();
for (ELNTComponent nodeRef : components) {
if (nodeRef instanceof ELNTComponentNodeRef) {
nodeRefs.add((ELNTComponentNodeRef) nodeRef);
}
}
return nodeRefs;
}
public LinkedList<ELNTComponentResistor> getAllComponentResistor(){
LinkedList<ELNTComponentResistor> resistors = new LinkedList<ELNTComponentResistor>();
for (ELNTComponent resistor : components) {
if (resistor instanceof ELNTComponentResistor) {
resistors.add((ELNTComponentResistor) resistor);
}
}
return resistors;
}
public LinkedList<ELNTComponentTransmissionLine> getAllComponentTransmissionLine(){
LinkedList<ELNTComponentTransmissionLine> transmissionLines = new LinkedList<ELNTComponentTransmissionLine>();
for (ELNTComponent transmissionLine : components) {
if (transmissionLine instanceof ELNTComponentTransmissionLine) {
transmissionLines.add((ELNTComponentTransmissionLine) transmissionLine);
}
}
return transmissionLines;
}
public LinkedList<ELNTComponentVoltageControlledCurrentSource> getAllComponentVoltageControlledCurrentSource(){
LinkedList<ELNTComponentVoltageControlledCurrentSource> vccss = new LinkedList<ELNTComponentVoltageControlledCurrentSource>();
for (ELNTComponent vccs : components) {
if (vccs instanceof ELNTComponentVoltageControlledCurrentSource) {
vccss.add((ELNTComponentVoltageControlledCurrentSource) vccs);
}
}
return vccss;
}
public LinkedList<ELNTComponentVoltageControlledVoltageSource> getAllComponentVoltageControlledVoltageSource(){
LinkedList<ELNTComponentVoltageControlledVoltageSource> vcvss = new LinkedList<ELNTComponentVoltageControlledVoltageSource>();
for (ELNTComponent vcvs : components) {
if (vcvs instanceof ELNTComponentVoltageControlledVoltageSource) {
vcvss.add((ELNTComponentVoltageControlledVoltageSource) vcvs);
}
}
return vcvss;
}
public LinkedList<ELNTComponentVoltageSinkTDF> getAllComponentVoltageSinkTDF(){
LinkedList<ELNTComponentVoltageSinkTDF> TDF_vsinks = new LinkedList<ELNTComponentVoltageSinkTDF>();
for (ELNTComponent TDF_vsink : components) {
if (TDF_vsink instanceof ELNTComponentVoltageSinkTDF) {
TDF_vsinks.add((ELNTComponentVoltageSinkTDF) TDF_vsink);
}
}
return TDF_vsinks;
}
public LinkedList<ELNTComponentVoltageSourceTDF> getAllComponentVoltageSourceTDF(){
LinkedList<ELNTComponentVoltageSourceTDF> TDF_vsources = new LinkedList<ELNTComponentVoltageSourceTDF>();
for (ELNTComponent TDF_vsource : components) {
if (TDF_vsource instanceof ELNTComponentVoltageSourceTDF) {
TDF_vsources.add((ELNTComponentVoltageSourceTDF) TDF_vsource);
}
}
return TDF_vsources;
}
public LinkedList<ELNTMidPortTerminal> getAllMidPortTerminal(){
LinkedList<ELNTMidPortTerminal> midPortTerminals = new LinkedList<ELNTMidPortTerminal>();
for (ELNTComponent midPortTerminal : components) {
if (midPortTerminal instanceof ELNTMidPortTerminal) {
midPortTerminals.add((ELNTMidPortTerminal) midPortTerminal);
}
}
return midPortTerminals;
}
public LinkedList<ELNTModule> getAllModule(){
LinkedList<ELNTModule> modules = new LinkedList<ELNTModule>();
for (ELNTComponent module : components) {
if (module instanceof ELNTModule) {
modules.add((ELNTModule) module);
}
}
return modules;
}
public LinkedList<ELNTModuleTerminal> getAllModuleTerminal(){
LinkedList<ELNTModuleTerminal> moduleTerminals = new LinkedList<ELNTModuleTerminal>();
for (ELNTComponent moduleTerminal : components) {
if (moduleTerminal instanceof ELNTModuleTerminal) {
moduleTerminals.add((ELNTModuleTerminal) moduleTerminal);
}
}
return moduleTerminals;
}
public int getNbComponentCapacitor(){
return (getAllComponentCapacitor()).size();
}
public int getNbComponentCurrentSinkTDF(){
return (getAllComponentCurrentSinkTDF()).size();
}
public int getNbComponentCurrentSourceTDF(){
return (getAllComponentCurrentSourceTDF()).size();
}
public int getNbComponentIdealTransformer(){
return (getAllComponentIdealTransformer()).size();
}
public int getNbComponentIndependentCurrentSource(){
return (getAllComponentIndependentCurrentSource()).size();
}
public int getNbComponentIndependentVoltageSource(){
return (getAllComponentIndependentVoltageSource()).size();
}
public int getNbComponentInductor(){
return (getAllComponentInductor()).size();
}
public int getNbComponentNodeRef(){
return (getAllComponentNodeRef()).size();
}
public int getNbComponentResistor(){
return (getAllComponentResistor()).size();
}
public int getNbComponentTransmissionLine(){
return (getAllComponentTransmissionLine()).size();
}
public int getNbComponentVoltageControlledCurrentSource(){
return (getAllComponentVoltageControlledCurrentSource()).size();
}
public int getNbComponentVoltageControlledVoltageSource(){
return (getAllComponentVoltageControlledVoltageSource()).size();
}
public int getNbComponentVoltageSinkTDF(){
return (getAllComponentVoltageSinkTDF()).size();
}
public int getNbComponentVoltageSourceTDF(){
return (getAllComponentVoltageSourceTDF()).size();
}
public int getNbMidPortTerminal(){
return (getAllMidPortTerminal()).size();
}
public int getNbModule(){
return (getAllModule()).size();
}
public int getNbModuleTerminal(){
return (getAllModuleTerminal()).size();
}
}