tests/location/location_gnss/src/android/location/cts/gnss/asn1/supl2/rrlp_components/GPSClockModel.java - platform/cts - Git at Google

 /*
  * Copyright (C) 2017 The Android Open Source Project
  *
  * Licensed under the Apache License, Version 2.0 (the "License");
  * you may not use this file except in compliance with the License.
  * You may obtain a copy of the License at
  *
  *      http://www.apache.org/licenses/LICENSE-2.0
  *
  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */

 package android.location.cts.asn1.supl2.rrlp_components;

 /*
  */


 //
 //
 import android.location.cts.asn1.base.Asn1Integer;
 import android.location.cts.asn1.base.Asn1Null;
 import android.location.cts.asn1.base.Asn1Object;
 import android.location.cts.asn1.base.Asn1Sequence;
 import android.location.cts.asn1.base.Asn1Tag;
 import android.location.cts.asn1.base.BitStream;
 import android.location.cts.asn1.base.BitStreamReader;
 import android.location.cts.asn1.base.SequenceComponent;
 import com.google.common.collect.ImmutableList;
 import java.util.Collection;
 import javax.annotation.Nullable;


 /**
 */
 public  class GPSClockModel extends Asn1Sequence {
   //

   private static final Asn1Tag TAG_GPSClockModel
       = Asn1Tag.fromClassAndNumber(-1, -1);

   public GPSClockModel() {
     super();
   }

   @Override
   @Nullable
   protected Asn1Tag getTag() {
     return TAG_GPSClockModel;
   }

   @Override
   protected boolean isTagImplicit() {
     return true;
   }

   public static Collection<Asn1Tag> getPossibleFirstTags() {
     if (TAG_GPSClockModel != null) {
       return ImmutableList.of(TAG_GPSClockModel);
     } else {
       return Asn1Sequence.getPossibleFirstTags();
     }
   }

   /**
    * Creates a new GPSClockModel from encoded stream.
    */
   public static GPSClockModel fromPerUnaligned(byte[] encodedBytes) {
     GPSClockModel result = new GPSClockModel();
     result.decodePerUnaligned(new BitStreamReader(encodedBytes));
     return result;
   }

   /**
    * Creates a new GPSClockModel from encoded stream.
    */
   public static GPSClockModel fromPerAligned(byte[] encodedBytes) {
     GPSClockModel result = new GPSClockModel();
     result.decodePerAligned(new BitStreamReader(encodedBytes));
     return result;
   }


   @Override protected boolean isExtensible() {
     return false;
   }

   @Override public boolean containsExtensionValues() {
     for (SequenceComponent extensionComponent : getExtensionComponents()) {
       if (extensionComponent.isExplicitlySet()) return true;
     }
     return false;
   }


   private GPSClockModel.af2Type af2_;
   public GPSClockModel.af2Type getAf2() {
     return af2_;
   }
   /**
    * @throws ClassCastException if value is not a GPSClockModel.af2Type
    */
   public void setAf2(Asn1Object value) {
     this.af2_ = (GPSClockModel.af2Type) value;
   }
   public GPSClockModel.af2Type setAf2ToNewInstance() {
     af2_ = new GPSClockModel.af2Type();
     return af2_;
   }

   private GPSClockModel.af1Type af1_;
   public GPSClockModel.af1Type getAf1() {
     return af1_;
   }
   /**
    * @throws ClassCastException if value is not a GPSClockModel.af1Type
    */
   public void setAf1(Asn1Object value) {
     this.af1_ = (GPSClockModel.af1Type) value;
   }
   public GPSClockModel.af1Type setAf1ToNewInstance() {
     af1_ = new GPSClockModel.af1Type();
     return af1_;
   }

   private GPSClockModel.af0Type af0_;
   public GPSClockModel.af0Type getAf0() {
     return af0_;
   }
   /**
    * @throws ClassCastException if value is not a GPSClockModel.af0Type
    */
   public void setAf0(Asn1Object value) {
     this.af0_ = (GPSClockModel.af0Type) value;
   }
   public GPSClockModel.af0Type setAf0ToNewInstance() {
     af0_ = new GPSClockModel.af0Type();
     return af0_;
   }

   private GPSClockModel.tgdType tgd_;
   public GPSClockModel.tgdType getTgd() {
     return tgd_;
   }
   /**
    * @throws ClassCastException if value is not a GPSClockModel.tgdType
    */
   public void setTgd(Asn1Object value) {
     this.tgd_ = (GPSClockModel.tgdType) value;
   }
   public GPSClockModel.tgdType setTgdToNewInstance() {
     tgd_ = new GPSClockModel.tgdType();
     return tgd_;
   }


   @Override public Iterable<? extends SequenceComponent> getComponents() {
     ImmutableList.Builder<SequenceComponent> builder = ImmutableList.builder();

     builder.add(new SequenceComponent() {
           Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 0);

           @Override public boolean isExplicitlySet() {
             return getAf2() != null;
           }

           @Override public boolean hasDefaultValue() {
             return false;
           }

           @Override public boolean isOptional() {
             return false;
           }

           @Override public Asn1Object getComponentValue() {
             return getAf2();
           }

           @Override public void setToNewInstance() {
             setAf2ToNewInstance();
           }

           @Override public Collection<Asn1Tag> getPossibleFirstTags() {
             return tag == null ? GPSClockModel.af2Type.getPossibleFirstTags() : ImmutableList.of(tag);
           }

           @Override
           public Asn1Tag getTag() {
             return tag;
           }

           @Override
           public boolean isImplicitTagging() {
             return true;
           }

           @Override public String toIndentedString(String indent) {
                 return "af2 : "
                     + getAf2().toIndentedString(indent);
               }
         });

     builder.add(new SequenceComponent() {
           Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 1);

           @Override public boolean isExplicitlySet() {
             return getAf1() != null;
           }

           @Override public boolean hasDefaultValue() {
             return false;
           }

           @Override public boolean isOptional() {
             return false;
           }

           @Override public Asn1Object getComponentValue() {
             return getAf1();
           }

           @Override public void setToNewInstance() {
             setAf1ToNewInstance();
           }

           @Override public Collection<Asn1Tag> getPossibleFirstTags() {
             return tag == null ? GPSClockModel.af1Type.getPossibleFirstTags() : ImmutableList.of(tag);
           }

           @Override
           public Asn1Tag getTag() {
             return tag;
           }

           @Override
           public boolean isImplicitTagging() {
             return true;
           }

           @Override public String toIndentedString(String indent) {
                 return "af1 : "
                     + getAf1().toIndentedString(indent);
               }
         });

     builder.add(new SequenceComponent() {
           Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 2);

           @Override public boolean isExplicitlySet() {
             return getAf0() != null;
           }

           @Override public boolean hasDefaultValue() {
             return false;
           }

           @Override public boolean isOptional() {
             return false;
           }

           @Override public Asn1Object getComponentValue() {
             return getAf0();
           }

           @Override public void setToNewInstance() {
             setAf0ToNewInstance();
           }

           @Override public Collection<Asn1Tag> getPossibleFirstTags() {
             return tag == null ? GPSClockModel.af0Type.getPossibleFirstTags() : ImmutableList.of(tag);
           }

           @Override
           public Asn1Tag getTag() {
             return tag;
           }

           @Override
           public boolean isImplicitTagging() {
             return true;
           }

           @Override public String toIndentedString(String indent) {
                 return "af0 : "
                     + getAf0().toIndentedString(indent);
               }
         });

     builder.add(new SequenceComponent() {
           Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 3);

           @Override public boolean isExplicitlySet() {
             return getTgd() != null;
           }

           @Override public boolean hasDefaultValue() {
             return false;
           }

           @Override public boolean isOptional() {
             return false;
           }

           @Override public Asn1Object getComponentValue() {
             return getTgd();
           }

           @Override public void setToNewInstance() {
             setTgdToNewInstance();
           }

           @Override public Collection<Asn1Tag> getPossibleFirstTags() {
             return tag == null ? GPSClockModel.tgdType.getPossibleFirstTags() : ImmutableList.of(tag);
           }

           @Override
           public Asn1Tag getTag() {
             return tag;
           }

           @Override
           public boolean isImplicitTagging() {
             return true;
           }

           @Override public String toIndentedString(String indent) {
                 return "tgd : "
                     + getTgd().toIndentedString(indent);
               }
         });

     return builder.build();
   }

   @Override public Iterable<? extends SequenceComponent>
                                                     getExtensionComponents() {
     ImmutableList.Builder<SequenceComponent> builder = ImmutableList.builder();

       return builder.build();
     }


 /*
  */


 //

 /**
  */
 public static class af2Type extends Asn1Integer {
   //

   private static final Asn1Tag TAG_af2Type
       = Asn1Tag.fromClassAndNumber(-1, -1);

   public af2Type() {
     super();
     setValueRange("-128", "127");

   }

   @Override
   @Nullable
   protected Asn1Tag getTag() {
     return TAG_af2Type;
   }

   @Override
   protected boolean isTagImplicit() {
     return true;
   }

   public static Collection<Asn1Tag> getPossibleFirstTags() {
     if (TAG_af2Type != null) {
       return ImmutableList.of(TAG_af2Type);
     } else {
       return Asn1Integer.getPossibleFirstTags();
     }
   }

   /**
    * Creates a new af2Type from encoded stream.
    */
   public static af2Type fromPerUnaligned(byte[] encodedBytes) {
     af2Type result = new af2Type();
     result.decodePerUnaligned(new BitStreamReader(encodedBytes));
     return result;
   }

   /**
    * Creates a new af2Type from encoded stream.
    */
   public static af2Type fromPerAligned(byte[] encodedBytes) {
     af2Type result = new af2Type();
     result.decodePerAligned(new BitStreamReader(encodedBytes));
     return result;
   }

   @Override public Iterable<BitStream> encodePerUnaligned() {
     return super.encodePerUnaligned();
   }

   @Override public Iterable<BitStream> encodePerAligned() {
     return super.encodePerAligned();
   }

   @Override public void decodePerUnaligned(BitStreamReader reader) {
     super.decodePerUnaligned(reader);
   }

   @Override public void decodePerAligned(BitStreamReader reader) {
     super.decodePerAligned(reader);
   }

   @Override public String toString() {
     return toIndentedString("");
   }

   public String toIndentedString(String indent) {
     return "af2Type = " + getInteger() + ";\n";
   }
 }


 /*
  */


 //

 /**
  */
 public static class af1Type extends Asn1Integer {
   //

   private static final Asn1Tag TAG_af1Type
       = Asn1Tag.fromClassAndNumber(-1, -1);

   public af1Type() {
     super();
     setValueRange("-32768", "32767");

   }

   @Override
   @Nullable
   protected Asn1Tag getTag() {
     return TAG_af1Type;
   }

   @Override
   protected boolean isTagImplicit() {
     return true;
   }

   public static Collection<Asn1Tag> getPossibleFirstTags() {
     if (TAG_af1Type != null) {
       return ImmutableList.of(TAG_af1Type);
     } else {
       return Asn1Integer.getPossibleFirstTags();
     }
   }

   /**
    * Creates a new af1Type from encoded stream.
    */
   public static af1Type fromPerUnaligned(byte[] encodedBytes) {
     af1Type result = new af1Type();
     result.decodePerUnaligned(new BitStreamReader(encodedBytes));
     return result;
   }

   /**
    * Creates a new af1Type from encoded stream.
    */
   public static af1Type fromPerAligned(byte[] encodedBytes) {
     af1Type result = new af1Type();
     result.decodePerAligned(new BitStreamReader(encodedBytes));
     return result;
   }

   @Override public Iterable<BitStream> encodePerUnaligned() {
     return super.encodePerUnaligned();
   }

   @Override public Iterable<BitStream> encodePerAligned() {
     return super.encodePerAligned();
   }

   @Override public void decodePerUnaligned(BitStreamReader reader) {
     super.decodePerUnaligned(reader);
   }

   @Override public void decodePerAligned(BitStreamReader reader) {
     super.decodePerAligned(reader);
   }

   @Override public String toString() {
     return toIndentedString("");
   }

   public String toIndentedString(String indent) {
     return "af1Type = " + getInteger() + ";\n";
   }
 }


 /*
  */


 //

 /**
  */
 public static class af0Type extends Asn1Integer {
   //

   private static final Asn1Tag TAG_af0Type
       = Asn1Tag.fromClassAndNumber(-1, -1);

   public af0Type() {
     super();
     setValueRange("-2097152", "2097151");

   }

   @Override
   @Nullable
   protected Asn1Tag getTag() {
     return TAG_af0Type;
   }

   @Override
   protected boolean isTagImplicit() {
     return true;
   }

   public static Collection<Asn1Tag> getPossibleFirstTags() {
     if (TAG_af0Type != null) {
       return ImmutableList.of(TAG_af0Type);
     } else {
       return Asn1Integer.getPossibleFirstTags();
     }
   }

   /**
    * Creates a new af0Type from encoded stream.
    */
   public static af0Type fromPerUnaligned(byte[] encodedBytes) {
     af0Type result = new af0Type();
     result.decodePerUnaligned(new BitStreamReader(encodedBytes));
     return result;
   }

   /**
    * Creates a new af0Type from encoded stream.
    */
   public static af0Type fromPerAligned(byte[] encodedBytes) {
     af0Type result = new af0Type();
     result.decodePerAligned(new BitStreamReader(encodedBytes));
     return result;
   }

   @Override public Iterable<BitStream> encodePerUnaligned() {
     return super.encodePerUnaligned();
   }

   @Override public Iterable<BitStream> encodePerAligned() {
     return super.encodePerAligned();
   }

   @Override public void decodePerUnaligned(BitStreamReader reader) {
     super.decodePerUnaligned(reader);
   }

   @Override public void decodePerAligned(BitStreamReader reader) {
     super.decodePerAligned(reader);
   }

   @Override public String toString() {
     return toIndentedString("");
   }

   public String toIndentedString(String indent) {
     return "af0Type = " + getInteger() + ";\n";
   }
 }


 /*
  */


 //

 /**
  */
 public static class tgdType extends Asn1Integer {
   //

   private static final Asn1Tag TAG_tgdType
       = Asn1Tag.fromClassAndNumber(-1, -1);

   public tgdType() {
     super();
     setValueRange("-128", "127");

   }

   @Override
   @Nullable
   protected Asn1Tag getTag() {
     return TAG_tgdType;
   }

   @Override
   protected boolean isTagImplicit() {
     return true;
   }

   public static Collection<Asn1Tag> getPossibleFirstTags() {
     if (TAG_tgdType != null) {
       return ImmutableList.of(TAG_tgdType);
     } else {
       return Asn1Integer.getPossibleFirstTags();
     }
   }

   /**
    * Creates a new tgdType from encoded stream.
    */
   public static tgdType fromPerUnaligned(byte[] encodedBytes) {
     tgdType result = new tgdType();
     result.decodePerUnaligned(new BitStreamReader(encodedBytes));
     return result;
   }

   /**
    * Creates a new tgdType from encoded stream.
    */
   public static tgdType fromPerAligned(byte[] encodedBytes) {
     tgdType result = new tgdType();
     result.decodePerAligned(new BitStreamReader(encodedBytes));
     return result;
   }

   @Override public Iterable<BitStream> encodePerUnaligned() {
     return super.encodePerUnaligned();
   }

   @Override public Iterable<BitStream> encodePerAligned() {
     return super.encodePerAligned();
   }

   @Override public void decodePerUnaligned(BitStreamReader reader) {
     super.decodePerUnaligned(reader);
   }

   @Override public void decodePerAligned(BitStreamReader reader) {
     super.decodePerAligned(reader);
   }

   @Override public String toString() {
     return toIndentedString("");
   }

   public String toIndentedString(String indent) {
     return "tgdType = " + getInteger() + ";\n";
   }
 }


   @Override public Iterable<BitStream> encodePerUnaligned() {
     return super.encodePerUnaligned();
   }

   @Override public Iterable<BitStream> encodePerAligned() {
     return super.encodePerAligned();
   }

   @Override public void decodePerUnaligned(BitStreamReader reader) {
     super.decodePerUnaligned(reader);
   }

   @Override public void decodePerAligned(BitStreamReader reader) {
     super.decodePerAligned(reader);
   }

   @Override public String toString() {
     return toIndentedString("");
   }

   public String toIndentedString(String indent) {
     StringBuilder builder = new StringBuilder();
     builder.append("GPSClockModel = {\n");
     final String internalIndent = indent + "  ";
     for (SequenceComponent component : getComponents()) {
       if (component.isExplicitlySet()) {
         builder.append(internalIndent)
             .append(component.toIndentedString(internalIndent));
       }
     }
     if (isExtensible()) {
       builder.append(internalIndent).append("...\n");
       for (SequenceComponent component : getExtensionComponents()) {
         if (component.isExplicitlySet()) {
           builder.append(internalIndent)
               .append(component.toIndentedString(internalIndent));
         }
       }
     }
     builder.append(indent).append("};\n");
     return builder.toString();
   }
 }
	/*
	* Copyright (C) 2017 The Android Open Source Project
	*
	* Licensed under the Apache License, Version 2.0 (the "License");
	* you may not use this file except in compliance with the License.
	* You may obtain a copy of the License at
	*
	* http://www.apache.org/licenses/LICENSE-2.0
	*
	* Unless required by applicable law or agreed to in writing, software
	* distributed under the License is distributed on an "AS IS" BASIS,
	* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
	* See the License for the specific language governing permissions and
	* limitations under the License.
	*/

	package android.location.cts.asn1.supl2.rrlp_components;

	/*
	*/


	//
	//
	import android.location.cts.asn1.base.Asn1Integer;
	import android.location.cts.asn1.base.Asn1Null;
	import android.location.cts.asn1.base.Asn1Object;
	import android.location.cts.asn1.base.Asn1Sequence;
	import android.location.cts.asn1.base.Asn1Tag;
	import android.location.cts.asn1.base.BitStream;
	import android.location.cts.asn1.base.BitStreamReader;
	import android.location.cts.asn1.base.SequenceComponent;
	import com.google.common.collect.ImmutableList;
	import java.util.Collection;
	import javax.annotation.Nullable;


	/**
	*/
	public class GPSClockModel extends Asn1Sequence {
	//

	private static final Asn1Tag TAG_GPSClockModel
	= Asn1Tag.fromClassAndNumber(-1, -1);

	public GPSClockModel() {
	super();
	}

	@Override
	@Nullable
	protected Asn1Tag getTag() {
	return TAG_GPSClockModel;
	}

	@Override
	protected boolean isTagImplicit() {
	return true;
	}

	public static Collection<Asn1Tag> getPossibleFirstTags() {
	if (TAG_GPSClockModel != null) {
	return ImmutableList.of(TAG_GPSClockModel);
	} else {
	return Asn1Sequence.getPossibleFirstTags();
	}
	}

	/**
	* Creates a new GPSClockModel from encoded stream.
	*/
	public static GPSClockModel fromPerUnaligned(byte[] encodedBytes) {
	GPSClockModel result = new GPSClockModel();
	result.decodePerUnaligned(new BitStreamReader(encodedBytes));
	return result;
	}

	/**
	* Creates a new GPSClockModel from encoded stream.
	*/
	public static GPSClockModel fromPerAligned(byte[] encodedBytes) {
	GPSClockModel result = new GPSClockModel();
	result.decodePerAligned(new BitStreamReader(encodedBytes));
	return result;
	}



	@Override protected boolean isExtensible() {
	return false;
	}

	@Override public boolean containsExtensionValues() {
	for (SequenceComponent extensionComponent : getExtensionComponents()) {
	if (extensionComponent.isExplicitlySet()) return true;
	}
	return false;
	}


	private GPSClockModel.af2Type af2_;
	public GPSClockModel.af2Type getAf2() {
	return af2_;
	}
	/**
	* @throws ClassCastException if value is not a GPSClockModel.af2Type
	*/
	public void setAf2(Asn1Object value) {
	this.af2_ = (GPSClockModel.af2Type) value;
	}
	public GPSClockModel.af2Type setAf2ToNewInstance() {
	af2_ = new GPSClockModel.af2Type();
	return af2_;
	}

	private GPSClockModel.af1Type af1_;
	public GPSClockModel.af1Type getAf1() {
	return af1_;
	}
	/**
	* @throws ClassCastException if value is not a GPSClockModel.af1Type
	*/
	public void setAf1(Asn1Object value) {
	this.af1_ = (GPSClockModel.af1Type) value;
	}
	public GPSClockModel.af1Type setAf1ToNewInstance() {
	af1_ = new GPSClockModel.af1Type();
	return af1_;
	}

	private GPSClockModel.af0Type af0_;
	public GPSClockModel.af0Type getAf0() {
	return af0_;
	}
	/**
	* @throws ClassCastException if value is not a GPSClockModel.af0Type
	*/
	public void setAf0(Asn1Object value) {
	this.af0_ = (GPSClockModel.af0Type) value;
	}
	public GPSClockModel.af0Type setAf0ToNewInstance() {
	af0_ = new GPSClockModel.af0Type();
	return af0_;
	}

	private GPSClockModel.tgdType tgd_;
	public GPSClockModel.tgdType getTgd() {
	return tgd_;
	}
	/**
	* @throws ClassCastException if value is not a GPSClockModel.tgdType
	*/
	public void setTgd(Asn1Object value) {
	this.tgd_ = (GPSClockModel.tgdType) value;
	}
	public GPSClockModel.tgdType setTgdToNewInstance() {
	tgd_ = new GPSClockModel.tgdType();
	return tgd_;
	}






	@Override public Iterable<? extends SequenceComponent> getComponents() {
	ImmutableList.Builder<SequenceComponent> builder = ImmutableList.builder();

	builder.add(new SequenceComponent() {
	Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 0);

	@Override public boolean isExplicitlySet() {
	return getAf2() != null;
	}

	@Override public boolean hasDefaultValue() {
	return false;
	}

	@Override public boolean isOptional() {
	return false;
	}

	@Override public Asn1Object getComponentValue() {
	return getAf2();
	}

	@Override public void setToNewInstance() {
	setAf2ToNewInstance();
	}

	@Override public Collection<Asn1Tag> getPossibleFirstTags() {
	return tag == null ? GPSClockModel.af2Type.getPossibleFirstTags() : ImmutableList.of(tag);
	}

	@Override
	public Asn1Tag getTag() {
	return tag;
	}

	@Override
	public boolean isImplicitTagging() {
	return true;
	}

	@Override public String toIndentedString(String indent) {
	return "af2 : "
	+ getAf2().toIndentedString(indent);
	}
	});

	builder.add(new SequenceComponent() {
	Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 1);

	@Override public boolean isExplicitlySet() {
	return getAf1() != null;
	}

	@Override public boolean hasDefaultValue() {
	return false;
	}

	@Override public boolean isOptional() {
	return false;
	}

	@Override public Asn1Object getComponentValue() {
	return getAf1();
	}

	@Override public void setToNewInstance() {
	setAf1ToNewInstance();
	}

	@Override public Collection<Asn1Tag> getPossibleFirstTags() {
	return tag == null ? GPSClockModel.af1Type.getPossibleFirstTags() : ImmutableList.of(tag);
	}

	@Override
	public Asn1Tag getTag() {
	return tag;
	}

	@Override
	public boolean isImplicitTagging() {
	return true;
	}

	@Override public String toIndentedString(String indent) {
	return "af1 : "
	+ getAf1().toIndentedString(indent);
	}
	});

	builder.add(new SequenceComponent() {
	Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 2);

	@Override public boolean isExplicitlySet() {
	return getAf0() != null;
	}

	@Override public boolean hasDefaultValue() {
	return false;
	}

	@Override public boolean isOptional() {
	return false;
	}

	@Override public Asn1Object getComponentValue() {
	return getAf0();
	}

	@Override public void setToNewInstance() {
	setAf0ToNewInstance();
	}

	@Override public Collection<Asn1Tag> getPossibleFirstTags() {
	return tag == null ? GPSClockModel.af0Type.getPossibleFirstTags() : ImmutableList.of(tag);
	}

	@Override
	public Asn1Tag getTag() {
	return tag;
	}

	@Override
	public boolean isImplicitTagging() {
	return true;
	}

	@Override public String toIndentedString(String indent) {
	return "af0 : "
	+ getAf0().toIndentedString(indent);
	}
	});

	builder.add(new SequenceComponent() {
	Asn1Tag tag = Asn1Tag.fromClassAndNumber(2, 3);

	@Override public boolean isExplicitlySet() {
	return getTgd() != null;
	}

	@Override public boolean hasDefaultValue() {
	return false;
	}

	@Override public boolean isOptional() {
	return false;
	}

	@Override public Asn1Object getComponentValue() {
	return getTgd();
	}

	@Override public void setToNewInstance() {
	setTgdToNewInstance();
	}

	@Override public Collection<Asn1Tag> getPossibleFirstTags() {
	return tag == null ? GPSClockModel.tgdType.getPossibleFirstTags() : ImmutableList.of(tag);
	}

	@Override
	public Asn1Tag getTag() {
	return tag;
	}

	@Override
	public boolean isImplicitTagging() {
	return true;
	}

	@Override public String toIndentedString(String indent) {
	return "tgd : "
	+ getTgd().toIndentedString(indent);
	}
	});

	return builder.build();
	}

	@Override public Iterable<? extends SequenceComponent>
	getExtensionComponents() {
	ImmutableList.Builder<SequenceComponent> builder = ImmutableList.builder();

	return builder.build();
	}


	/*
	*/


	//

	/**
	*/
	public static class af2Type extends Asn1Integer {
	//

	private static final Asn1Tag TAG_af2Type
	= Asn1Tag.fromClassAndNumber(-1, -1);

	public af2Type() {
	super();
	setValueRange("-128", "127");

	}

	@Override
	@Nullable
	protected Asn1Tag getTag() {
	return TAG_af2Type;
	}

	@Override
	protected boolean isTagImplicit() {
	return true;
	}

	public static Collection<Asn1Tag> getPossibleFirstTags() {
	if (TAG_af2Type != null) {
	return ImmutableList.of(TAG_af2Type);
	} else {
	return Asn1Integer.getPossibleFirstTags();
	}
	}

	/**
	* Creates a new af2Type from encoded stream.
	*/
	public static af2Type fromPerUnaligned(byte[] encodedBytes) {
	af2Type result = new af2Type();
	result.decodePerUnaligned(new BitStreamReader(encodedBytes));
	return result;
	}

	/**
	* Creates a new af2Type from encoded stream.
	*/
	public static af2Type fromPerAligned(byte[] encodedBytes) {
	af2Type result = new af2Type();
	result.decodePerAligned(new BitStreamReader(encodedBytes));
	return result;
	}

	@Override public Iterable<BitStream> encodePerUnaligned() {
	return super.encodePerUnaligned();
	}

	@Override public Iterable<BitStream> encodePerAligned() {
	return super.encodePerAligned();
	}

	@Override public void decodePerUnaligned(BitStreamReader reader) {
	super.decodePerUnaligned(reader);
	}

	@Override public void decodePerAligned(BitStreamReader reader) {
	super.decodePerAligned(reader);
	}

	@Override public String toString() {
	return toIndentedString("");
	}

	public String toIndentedString(String indent) {
	return "af2Type = " + getInteger() + ";\n";
	}
	}


	/*
	*/


	//

	/**
	*/
	public static class af1Type extends Asn1Integer {
	//

	private static final Asn1Tag TAG_af1Type
	= Asn1Tag.fromClassAndNumber(-1, -1);

	public af1Type() {
	super();
	setValueRange("-32768", "32767");

	}

	@Override
	@Nullable
	protected Asn1Tag getTag() {
	return TAG_af1Type;
	}

	@Override
	protected boolean isTagImplicit() {
	return true;
	}

	public static Collection<Asn1Tag> getPossibleFirstTags() {
	if (TAG_af1Type != null) {
	return ImmutableList.of(TAG_af1Type);
	} else {
	return Asn1Integer.getPossibleFirstTags();
	}
	}

	/**
	* Creates a new af1Type from encoded stream.
	*/
	public static af1Type fromPerUnaligned(byte[] encodedBytes) {
	af1Type result = new af1Type();
	result.decodePerUnaligned(new BitStreamReader(encodedBytes));
	return result;
	}

	/**
	* Creates a new af1Type from encoded stream.
	*/
	public static af1Type fromPerAligned(byte[] encodedBytes) {
	af1Type result = new af1Type();
	result.decodePerAligned(new BitStreamReader(encodedBytes));
	return result;
	}

	@Override public Iterable<BitStream> encodePerUnaligned() {
	return super.encodePerUnaligned();
	}

	@Override public Iterable<BitStream> encodePerAligned() {
	return super.encodePerAligned();
	}

	@Override public void decodePerUnaligned(BitStreamReader reader) {
	super.decodePerUnaligned(reader);
	}

	@Override public void decodePerAligned(BitStreamReader reader) {
	super.decodePerAligned(reader);
	}

	@Override public String toString() {
	return toIndentedString("");
	}

	public String toIndentedString(String indent) {
	return "af1Type = " + getInteger() + ";\n";
	}
	}


	/*
	*/


	//

	/**
	*/
	public static class af0Type extends Asn1Integer {
	//

	private static final Asn1Tag TAG_af0Type
	= Asn1Tag.fromClassAndNumber(-1, -1);

	public af0Type() {
	super();
	setValueRange("-2097152", "2097151");

	}

	@Override
	@Nullable
	protected Asn1Tag getTag() {
	return TAG_af0Type;
	}

	@Override
	protected boolean isTagImplicit() {
	return true;
	}

	public static Collection<Asn1Tag> getPossibleFirstTags() {
	if (TAG_af0Type != null) {
	return ImmutableList.of(TAG_af0Type);
	} else {
	return Asn1Integer.getPossibleFirstTags();
	}
	}

	/**
	* Creates a new af0Type from encoded stream.
	*/
	public static af0Type fromPerUnaligned(byte[] encodedBytes) {
	af0Type result = new af0Type();
	result.decodePerUnaligned(new BitStreamReader(encodedBytes));
	return result;
	}

	/**
	* Creates a new af0Type from encoded stream.
	*/
	public static af0Type fromPerAligned(byte[] encodedBytes) {
	af0Type result = new af0Type();
	result.decodePerAligned(new BitStreamReader(encodedBytes));
	return result;
	}

	@Override public Iterable<BitStream> encodePerUnaligned() {
	return super.encodePerUnaligned();
	}

	@Override public Iterable<BitStream> encodePerAligned() {
	return super.encodePerAligned();
	}

	@Override public void decodePerUnaligned(BitStreamReader reader) {
	super.decodePerUnaligned(reader);
	}

	@Override public void decodePerAligned(BitStreamReader reader) {
	super.decodePerAligned(reader);
	}

	@Override public String toString() {
	return toIndentedString("");
	}

	public String toIndentedString(String indent) {
	return "af0Type = " + getInteger() + ";\n";
	}
	}


	/*
	*/


	//

	/**
	*/
	public static class tgdType extends Asn1Integer {
	//

	private static final Asn1Tag TAG_tgdType
	= Asn1Tag.fromClassAndNumber(-1, -1);

	public tgdType() {
	super();
	setValueRange("-128", "127");

	}

	@Override
	@Nullable
	protected Asn1Tag getTag() {
	return TAG_tgdType;
	}

	@Override
	protected boolean isTagImplicit() {
	return true;
	}

	public static Collection<Asn1Tag> getPossibleFirstTags() {
	if (TAG_tgdType != null) {
	return ImmutableList.of(TAG_tgdType);
	} else {
	return Asn1Integer.getPossibleFirstTags();
	}
	}

	/**
	* Creates a new tgdType from encoded stream.
	*/
	public static tgdType fromPerUnaligned(byte[] encodedBytes) {
	tgdType result = new tgdType();
	result.decodePerUnaligned(new BitStreamReader(encodedBytes));
	return result;
	}

	/**
	* Creates a new tgdType from encoded stream.
	*/
	public static tgdType fromPerAligned(byte[] encodedBytes) {
	tgdType result = new tgdType();
	result.decodePerAligned(new BitStreamReader(encodedBytes));
	return result;
	}

	@Override public Iterable<BitStream> encodePerUnaligned() {
	return super.encodePerUnaligned();
	}

	@Override public Iterable<BitStream> encodePerAligned() {
	return super.encodePerAligned();
	}

	@Override public void decodePerUnaligned(BitStreamReader reader) {
	super.decodePerUnaligned(reader);
	}

	@Override public void decodePerAligned(BitStreamReader reader) {
	super.decodePerAligned(reader);
	}

	@Override public String toString() {
	return toIndentedString("");
	}

	public String toIndentedString(String indent) {
	return "tgdType = " + getInteger() + ";\n";
	}
	}





	@Override public Iterable<BitStream> encodePerUnaligned() {
	return super.encodePerUnaligned();
	}

	@Override public Iterable<BitStream> encodePerAligned() {
	return super.encodePerAligned();
	}

	@Override public void decodePerUnaligned(BitStreamReader reader) {
	super.decodePerUnaligned(reader);
	}

	@Override public void decodePerAligned(BitStreamReader reader) {
	super.decodePerAligned(reader);
	}

	@Override public String toString() {
	return toIndentedString("");
	}

	public String toIndentedString(String indent) {
	StringBuilder builder = new StringBuilder();
	builder.append("GPSClockModel = {\n");
	final String internalIndent = indent + " ";
	for (SequenceComponent component : getComponents()) {
	if (component.isExplicitlySet()) {
	builder.append(internalIndent)
	.append(component.toIndentedString(internalIndent));
	}
	}
	if (isExtensible()) {
	builder.append(internalIndent).append("...\n");
	for (SequenceComponent component : getExtensionComponents()) {
	if (component.isExplicitlySet()) {
	builder.append(internalIndent)
	.append(component.toIndentedString(internalIndent));
	}
	}
	}
	builder.append(indent).append("};\n");
	return builder.toString();
	}
	}