Java/node.java at master · javaarchive/Java · GitHub

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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}
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importjava.util.*;

publicclassnode {
privateintid = -1;
privatestaticintnextId = 101;
publicvoidinit() {
this.id = nextId;
nextId++;
	}
ArrayList<node> connectedNodes;
publicnode() {
init();
this.connectedNodes = newArrayList<node>(0);
	}
publicnode(noden) {
init();
this.connectedNodes = newArrayList<node>(1);
this.connectedNodes.add(n);
	}
publicvoidconnect(noden) {
this.connectedNodes.add(n);
	}
publicArrayList<node> getChildNodes(){
returnthis.connectedNodes;
	}
publicintgraphId;
publicvoidsetId(intid) {
this.graphId = id;
	}
publicnodesetid(intid) {
this.graphId = id;
returnthis;
	}
publicintgetId() {
returnthis.graphId;
	}
publicintgetUniqueId() {
returnthis.id;
	}
/* Diff mode settings
 * 0 - compare by id
 * 1 - compare by unique id
 * 2 - Compare by connected nodes
 */
publicstaticintdiffmode = 0;
@Override
publicbooleanequals(Objectobj) {
if(objinstanceofnode) {
nodee = (node) obj;
if(diffmode == 0) {
return (this.getId() == e.getId());
 }elseif(diffmode == 1) {
return (this.getUniqueId() == e.getUniqueId());
 }elseif(diffmode == 2) {
return (this.connectedNodes.equals(e.connectedNodes));
 }
 }else {
returnfalse;
 }
returnfalse;
	}
publicvoidlinkNode(noden) {
this.connectedNodes.add(n);
	}
publicnodeaddChild(noden) {
this.linkNode(n);
returnthis;
	}
@Override
publicStringtoString() {
StringBuildersb = newStringBuilder("node(");
sb.append("id = ");
sb.append(this.graphId);
sb.append(", uniqueId = ");
sb.append(this.getUniqueId());
sb.append(", children = ");
sb.append(this.connectedNodes.toString());
sb.append(" )");
returnsb.toString();
	}
privatebooleanvisited;
publicvoidreset() {
this.visited = false;
	}
publicvoidvisit() {
this.visited = true;
	}
publicbooleanisvisited() {
returnthis.visited;
	}
publicstaticvoidmain(String[] args) {
// TODO Auto-generated method stub
node.diffmode = 0;
System.out.println((newnode()).addChild(newnode()));
	}

}