//-------------------------------------------------------------------------------
//  This package was automatically generated from EXPRESS (ISO STEP 10303 part11)
//  by a java generator build with the meta CASE tool Platypus 
//  (alain.plantec@univ-brest.fr)
// 
//  Please, be aware that any hand-made updating of this file can be lost!!. 
//-------------------------------------------------------------------------------

package CheddarBridge;
import java.util.*;
import step.core.*;
 
public class Generic_Task extends Generic_Object {
 
  private static String EntityName = "GENERIC_TASK";
  private Tasks_Type task_type_;
  private String cpu_name_;
  private String address_space_name_;
  private Integer capacity_;
  private Integer deadline_;
  private Integer start_time_;
  private Integer priority_;
  private Integer blocking_time_;
  private Policies policy_;
  private Integer x_;
  private Integer y_;
  private ArrayList<Offset_Type> offset_;
  private Integer text_memory_size_;
  private Integer stack_memory_size_;
  private ArrayList<Parameter> param_;
  private Integer criticality_;
  private Integer context_switch_overhead_;

  public static String EntityName() { return EntityName; }
  public String entityName() { return EntityName(); }
  public boolean isInstanceOf(String entName) { return entName.equals(EntityName); }
  public boolean isKindOf(String entName) { return entName.equals(EntityName) ? true : super.isKindOf(entName); }

  public void initializeExplicitAttributes() {
    super.initializeExplicitAttributes();
    task_type_ = Tasks_Type.Periodic_Type;
    cpu_name_ = "";
    address_space_name_ = "";
    capacity_ = 0;
    deadline_ = 0;
    start_time_ = 0;
    priority_ = 0;
    blocking_time_ = 0;
    policy_ = Policies.Sched_Fifo;
    x_ = 0;
    y_ = 0;
    offset_ = new ArrayList<Offset_Type>();
    text_memory_size_ = 0;
    stack_memory_size_ = 0;
    param_ = new ArrayList<Parameter>();
    criticality_ = 0;
    context_switch_overhead_ = 0;
  }

  public Generic_Task () {
    initializeExplicitAttributes();
  }
  public Generic_Task (step.core.StepCoreRepository _repo) {
    super(_repo);
    initializeExplicitAttributes();
  }
 
  public void setTaskType ( Tasks_Type _v ) { task_type_ = _v; }
  public Tasks_Type getTaskType() { return task_type_; }
  public void setCpuName ( String _v ) { cpu_name_ = _v; }
  public String getCpuName() { return cpu_name_; }
  public void setAddressSpaceName ( String _v ) { address_space_name_ = _v; }
  public String getAddressSpaceName() { return address_space_name_; }
  public void setCapacity ( Integer _v ) { capacity_ = _v; }
  public Integer getCapacity() { return capacity_; }
  public void setDeadline ( Integer _v ) { deadline_ = _v; }
  public Integer getDeadline() { return deadline_; }
  public void setStartTime ( Integer _v ) { start_time_ = _v; }
  public Integer getStartTime() { return start_time_; }
  public void setPriority ( Integer _v ) { priority_ = _v; }
  public Integer getPriority() { return priority_; }
  public void setBlockingTime ( Integer _v ) { blocking_time_ = _v; }
  public Integer getBlockingTime() { return blocking_time_; }
  public void setPolicy ( Policies _v ) { policy_ = _v; }
  public Policies getPolicy() { return policy_; }
  public void setX ( Integer _v ) { x_ = _v; }
  public Integer getX() { return x_; }
  public void setY ( Integer _v ) { y_ = _v; }
  public Integer getY() { return y_; }
  public void setOffset(ArrayList<Offset_Type> _v) {
    if (_v == null) {
      offset_ = null;
    } else {
      if (offset_ == null) {
        offset_ = new ArrayList<Offset_Type>();
      } else {
        offset_.clear();
      }
      offset_.addAll(_v);
    }
  }
  public void offsetAdd (Offset_Type _elem)  {
    if (offset_ == null) {
      offset_ = new ArrayList<Offset_Type>();
    }
    offset_.add(_elem);
  }
  public boolean offsetRemove(Offset_Type _elem)  {
    if (offset_ != null) {
      return offset_.remove(_elem);
    }
    return false;
  }
  public boolean offsetRemoveAll(ArrayList<Offset_Type> _v)  {
    if (offset_ != null) {
      return offset_.removeAll(_v);
    }
    return false;
  }
  public void offsetAddAll(ArrayList<Offset_Type> _v)  {
    if (offset_ == null) {
      offset_ = new ArrayList<Offset_Type>();
    }
    offset_.addAll(_v);
  }
  public Offset_Type  offsetSet (int _pos, Offset_Type _elem)  {
    return offset_.set(_pos, _elem);
  }
  public ArrayList<Offset_Type> getOffset() {
    return offset_; 
  }
  public int offsetSize ()  {
    return offset_ == null ?  0 : offset_.size();
  }
  public Offset_Type  offsetGet (int _pos)  {
    return offset_.get(_pos);
  }
  public void setTextMemorySize ( Integer _v ) { text_memory_size_ = _v; }
  public Integer getTextMemorySize() { return text_memory_size_; }
  public void setStackMemorySize ( Integer _v ) { stack_memory_size_ = _v; }
  public Integer getStackMemorySize() { return stack_memory_size_; }
  public void setParam(ArrayList<Parameter> _v) {
    if (_v == null) {
      param_ = null;
    } else {
      if (param_ == null) {
        param_ = new ArrayList<Parameter>();
      } else {
        param_.clear();
      }
      param_.addAll(_v);
    }
  }
  public void paramAdd (Parameter _elem)  {
    if (param_ == null) {
      param_ = new ArrayList<Parameter>();
    }
    param_.add(_elem);
  }
  public boolean paramRemove(Parameter _elem)  {
    if (param_ != null) {
      return param_.remove(_elem);
    }
    return false;
  }
  public boolean paramRemoveAll(ArrayList<Parameter> _v)  {
    if (param_ != null) {
      return param_.removeAll(_v);
    }
    return false;
  }
  public void paramAddAll(ArrayList<Parameter> _v)  {
    if (param_ == null) {
      param_ = new ArrayList<Parameter>();
    }
    param_.addAll(_v);
  }
  public Parameter  paramSet (int _pos, Parameter _elem)  {
    return param_.set(_pos, _elem);
  }
  public ArrayList<Parameter> getParam() {
    return param_; 
  }
  public int paramSize ()  {
    return param_ == null ?  0 : param_.size();
  }
  public Parameter  paramGet (int _pos)  {
    return param_.get(_pos);
  }
  public void setCriticality ( Integer _v ) { criticality_ = _v; }
  public Integer getCriticality() { return criticality_; }
  public void setContextSwitchOverhead ( Integer _v ) { context_switch_overhead_ = _v; }
  public Integer getContextSwitchOverhead() { return context_switch_overhead_; }
  public void accept(CheddarBridge_AbstractVisitor visitor ) { visitor.accept((Generic_Task) this); }
  public step.core.StepCoreObjectReaderWriter readerWriter() { return new Generic_TaskStepRW(); }

  public boolean replaceReferenceWith(StepCoreObject oldObj, StepCoreObject newObj) {
    boolean done = false;
    for (ListIterator<Offset_Type> itori = getOffset().listIterator(); itori.hasNext(); ) {
      if (itori.next() == oldObj ) {
        if (newObj == null) {
          itori.remove();
        } else {
          itori.set((Offset_Type)newObj);
        }
        done = true;
      }
    }
    for (ListIterator<Parameter> itori = getParam().listIterator(); itori.hasNext(); ) {
      if (itori.next() == oldObj ) {
        if (newObj == null) {
          itori.remove();
        } else {
          itori.set((Parameter)newObj);
        }
        done = true;
      }
    }
    if (super.replaceReferenceWith(oldObj, newObj)) {
      done = true;
    }
    return done;
  }
}