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package st;
public class TypeInstance extends AbstractInstance {
protected ClassInstance par_cls; // the surrounding class
protected MethodInstance par_mtd; // the surrounding method
protected ClassInstance cls; // the class instance
public TypeInstance(String name, TypeEnum type, MethodInstance par_mtd, ClassInstance par_cls) {
super(name, type);
this.par_cls = par_cls;
this.par_mtd = par_mtd;
}
@Override public boolean equals(Object other) {
TypeInstance o;
return (other instanceof TypeInstance &&
((o = (TypeInstance) other).getName() == this.getName() &&
o.getParentClass() == this.getParentClass() &&
o.getParentMethod() == this.getParentMethod()));
}
public int getSize() {
return (this.cls != null) ?
cls.getSize() : 4;
}
public boolean sameType(TypeInstance other) {
/**
* Given a TypeInstance object other,
* returns true if other object
* is the same type as this one.
*
* We can say two types are equal, as
* long as they are not equal on a
* type error!
*/
return this.type != TypeEnum.ERROR &&
this.type == other.getType();
}
public boolean hasChecked() {
return type != TypeEnum.ERROR;
}
public void addClassInstance(ClassInstance cls) {
this.cls = cls;
}
public ClassInstance getClassInstance() {
return this.cls;
}
public void addParentClass(ClassInstance par_cls) {
this.par_cls = par_cls;
}
public ClassInstance getParentClass() {
return this.par_cls;
}
public void addParentMethod(MethodInstance par_mtd) {
this.par_mtd = par_mtd;
}
public MethodInstance getParentMethod() {
return this.par_mtd;
}
}
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