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Editing: constraint.cpython-311.pyc
� �.�]tV � � � d dl Z d dlmZ g d�Z G d� de� � Z G d� de� � Z G d� d e� � Z G d � d e� � Z G d � d e� � Z G d� de� � Z G d� de� � Z G d� de� � Z G d� de� � Z G d� de� � Z G d� de� � Z G d� de� � Z G d � d e� � Z G d � d e� � ZdS ) � N)�error) �SingleValueConstraint�ContainedSubtypeConstraint�ValueRangeConstraint�ValueSizeConstraint�PermittedAlphabetConstraint�InnerTypeConstraint�ConstraintsExclusion�ConstraintsIntersection�ConstraintsUnionc � � e Zd Zd� Zdd�Zd� Zd� Zd� Zd� Zd� Z d � Z d � Z e j d d k rd � Znd� Zd� Zd� Zd� Zd� Zd� Zd� ZdS )�AbstractConstraintc � � t � � | _ | � |� � t | j j | j f� � | _ d S �N)�set� _valueMap� _setValues�hash� __class__�__name__�_values�_AbstractConstraint__hash��self�valuess �8/usr/lib/python3/dist-packages/pyasn1/type/constraint.py�__init__zAbstractConstraint.__init__ s> � � ����� ���� � � ��D�N� 3�T�\�B�C�C�� � � � Nc �� � | j sd S | � ||� � d S # t j $ r1 t j | �dt j � � d ��� � �w xY w)Nz failed at: � )r � _testValuer �ValueConstraintError�sys�exc_info�r �value�idxs r �__call__zAbstractConstraint.__call__ s} � ��|� � �F� � �O�O�E�3� '� '� '� '� '���)� � � ��,�&*�d�d�C�L�N�N�1�,=�,=�>�� � � ���s �# �A A#c � � d| j j z }| j r*|dd� d� | j D � � � � z z }d|z S )Nz %s objectz , consts %sz, c �, � g | ]}t |� � ��S � )�repr)�.0�xs r � <listcomp>z/AbstractConstraint.__repr__.<locals>.<listcomp>, s � �/�/�/�Q��a���/�/�/r z<%s>)r r r �join)r �representations r �__repr__zAbstractConstraint.__repr__' s\ � �$���(?�@�� �<� 1� �m�d�i�i�/�/�$�,�/�/�/�/1� /1� 1� 1�N� ��&�&r c �$ � | |u rdp | j |k S )NT�r �r �others r �__eq__zAbstractConstraint.__eq__0 s � ��u�}�%��>�� ��)>�>r c � � | j |k S r r4 r5 s r �__ne__zAbstractConstraint.__ne__3 � � ��|�u�$�$r c � � | j |k S r r4 r5 s r �__lt__zAbstractConstraint.__lt__6 � � ��|�e�#�#r c � � | j |k S r r4 r5 s r �__le__zAbstractConstraint.__le__9 r: r c � � | j |k S r r4 r5 s r �__gt__zAbstractConstraint.__gt__< r= r c � � | j |k S r r4 r5 s r �__ge__zAbstractConstraint.__ge__? r: r r � c � � | j rdpdS �NTFr4 �r s r � __nonzero__z AbstractConstraint.__nonzero__C � � ��<�(�D�1�E� 1r c � � | j rdpdS rF r4 rG s r �__bool__zAbstractConstraint.__bool__F rI r c � � | j S r )r rG s r �__hash__zAbstractConstraint.__hash__I s � ��{�r c � � || _ d S r r4 r s r r z AbstractConstraint._setValuesL s � � �� � � r c �* � t j |� � �r �r r" r% s r r! z AbstractConstraint._testValueO s � ��(��/�/�/r c � � | j S r �r rG s r � getValueMapz AbstractConstraint.getValueMapS s � ��~� r c �R � || u p#| j p|| k p| |� � � v S r )r rS �r �otherConstraints r � isSuperTypeOfz AbstractConstraint.isSuperTypeOfV sD � � �4�'� 6��L� �6� �4�'�6� ��3�3�5�5�5� 7r c �. � || u p| p|| k p|| j v S r rR rU s r � isSubTypeOfz AbstractConstraint.isSubTypeOf] s7 � � �4�'� 2���2� �4�'�2� �4�>�1� 3r r )r � __module__� __qualname__r r( r2 r7 r9 r< r? rA rC r# � version_inforH rK rM r r! rS rW rY r+ r r r r s5 � � � � � �D� D� D� � � � �'� '� '�?� ?� ?�%� %� %�$� $� $�%� %� %�$� $� $�%� %� %� ����a� � � 2� 2� 2� 2� 2� 2� 2�� � � � � �0� 0� 0� � � �7� 7� 7�3� 3� 3� 3� 3r r c �< � e Zd ZdZd� Zd� Zd� Zd� Zd� Zd� Z d� Zd S ) r a Create a SingleValueConstraint object. The SingleValueConstraint satisfies any value that is present in the set of permitted values. Objects of this type are iterable (emitting constraint values) and can act as operands for some arithmetic operations e.g. addition and subtraction. The latter can be used for combining multiple SingleValueConstraint objects into one. The SingleValueConstraint object can be applied to any ASN.1 type. Parameters ---------- *values: :class:`int` Full set of values permitted by this constraint object. Examples -------- .. code-block:: python class DivisorOfSix(Integer): ''' ASN.1 specification: Divisor-Of-6 ::= INTEGER (1 | 2 | 3 | 6) ''' subtypeSpec = SingleValueConstraint(1, 2, 3, 6) # this will succeed divisor_of_six = DivisorOfSix(1) # this will raise ValueConstraintError divisor_of_six = DivisorOfSix(7) c �< � || _ t |� � | _ d S r �r r �_setr s r r z SingleValueConstraint._setValues� � � � �� ���K�K�� � � r c �@ � || j vrt j |� � �d S r )r` r r" r% s r r! z SingleValueConstraint._testValue� s( � � �� � !� !��,�U�3�3� 3� "� !r c � � || j v S r )r` )r �items r � __contains__z"SingleValueConstraint.__contains__� s � ��t�y� � r c �* � t | j � � S r )�iterr` rG s r �__iter__z SingleValueConstraint.__iter__� s � ��D�I��� r c �F � | j | j � |� � � S r �r r` � difference�r � constraints r �__sub__z SingleValueConstraint.__sub__� �! � � �t�~�� � 4� 4�Z� @� @�B�Br c �F � | j | j � |� � � S r )r r` �unionrl s r �__add__z SingleValueConstraint.__add__� s � � �t�~�� ��� � ;� ;�=�=r c �F � | j | j � |� � � S r rj rl s r rn z SingleValueConstraint.__sub__� ro r N) r rZ r[ �__doc__r r! re rh rn rr r+ r r r r d s� � � � � � �#� #�H � � �4� 4� 4� !� !� !� � � �C� C� C�>� >� >�C� C� C� C� Cr r c � � e Zd ZdZd� ZdS )r a� Create a ContainedSubtypeConstraint object. The ContainedSubtypeConstraint satisfies any value that is present in the set of permitted values and also satisfies included constraints. The ContainedSubtypeConstraint object can be applied to any ASN.1 type. Parameters ---------- *values: Full set of values and constraint objects permitted by this constraint object. Examples -------- .. code-block:: python class DivisorOfEighteen(Integer): ''' ASN.1 specification: Divisors-of-18 ::= INTEGER (INCLUDES Divisors-of-6 | 9 | 18) ''' subtypeSpec = ContainedSubtypeConstraint( SingleValueConstraint(1, 2, 3, 6), 9, 18 ) # this will succeed divisor_of_eighteen = DivisorOfEighteen(9) # this will raise ValueConstraintError divisor_of_eighteen = DivisorOfEighteen(10) c � � | j D ]A}t |t � � r |||� � �$|| j vrt j |� � ��Bd S r )r � isinstancer r` r r" �r r& r' rm s r r! z%ContainedSubtypeConstraint._testValue� sh � � �,� 8� 8�J��*�&8�9�9� 8�� �5�#�&�&�&�&��d�i�'�'��0��7�7�7� (� 8� 8r N�r rZ r[ rt r! r+ r r r r � s. � � � � � �"� "�F8� 8� 8� 8� 8r r c � � e Zd ZdZd� Zd� ZdS )r a{ Create a ValueRangeConstraint object. The ValueRangeConstraint satisfies any value that falls in the range of permitted values. The ValueRangeConstraint object can only be applied to :class:`~pyasn1.type.univ.Integer` and :class:`~pyasn1.type.univ.Real` types. Parameters ---------- start: :class:`int` Minimum permitted value in the range (inclusive) end: :class:`int` Maximum permitted value in the range (inclusive) Examples -------- .. code-block:: python class TeenAgeYears(Integer): ''' ASN.1 specification: TeenAgeYears ::= INTEGER (13 .. 19) ''' subtypeSpec = ValueRangeConstraint(13, 19) # this will succeed teen_year = TeenAgeYears(18) # this will raise ValueConstraintError teen_year = TeenAgeYears(20) c �Z � || j k s || j k rt j |� � �d S r )�start�stopr r" r% s r r! z ValueRangeConstraint._testValue� s4 � � �4�:� � ����!2�!2��,�U�3�3� 3� "3�!2r c �B � t |� � dk r!t j | j j �d�� � �|\ | _ | _ | j | j k r0t j | j j �d| j �d| j ��� � �t � | |� � d S )NrD z: bad constraint valuesz,: screwed constraint values (start > stop): z > ) �lenr � PyAsn1Errorr r r| r} r r r s r r z ValueRangeConstraint._setValues� s� � � �v�;�;�!� � ��#�/3�~�/F�/F�/F�H�� � � !'� �� �D�I� �:�� � !� !��#��N�+�+�+��J�J�J�� � ��� � � �%�%�d�F�3�3�3�3�3r N�r rZ r[ rt r! r r+ r r r r � s= � � � � � �"� "�F4� 4� 4� 4� 4� 4� 4� 4r r c � � e Zd ZdZd� ZdS )r a Create a ValueSizeConstraint object. The ValueSizeConstraint satisfies any value for as long as its size falls within the range of permitted sizes. The ValueSizeConstraint object can be applied to :class:`~pyasn1.type.univ.BitString`, :class:`~pyasn1.type.univ.OctetString` (including all :ref:`character ASN.1 types <type.char>`), :class:`~pyasn1.type.univ.SequenceOf` and :class:`~pyasn1.type.univ.SetOf` types. Parameters ---------- minimum: :class:`int` Minimum permitted size of the value (inclusive) maximum: :class:`int` Maximum permitted size of the value (inclusive) Examples -------- .. code-block:: python class BaseballTeamRoster(SetOf): ''' ASN.1 specification: BaseballTeamRoster ::= SET SIZE (1..25) OF PlayerNames ''' componentType = PlayerNames() subtypeSpec = ValueSizeConstraint(1, 25) # this will succeed team = BaseballTeamRoster() team.extend(['Jan', 'Matej']) encode(team) # this will raise ValueConstraintError team = BaseballTeamRoster() team.extend(['Jan'] * 26) encode(team) Note ---- Whenever ValueSizeConstraint is applied to mutable types (e.g. :class:`~pyasn1.type.univ.SequenceOf`, :class:`~pyasn1.type.univ.SetOf`), constraint validation only happens at the serialisation phase rather than schema instantiation phase (as it is with immutable types). c �x � t |� � }|| j k s || j k rt j |� � �d S r )r r| r} r r" )r r& r' � valueSizes r r! z ValueSizeConstraint._testValue= s? � ���J�J� � �t�z� !� !�Y���%:�%:��,�U�3�3� 3� &;�%:r Nry r+ r r r r s. � � � � � �4� 4�j4� 4� 4� 4� 4r r c � � e Zd ZdZd� Zd� ZdS )r a Create a PermittedAlphabetConstraint object. The PermittedAlphabetConstraint satisfies any character string for as long as all its characters are present in the set of permitted characters. Objects of this type are iterable (emitting constraint values) and can act as operands for some arithmetic operations e.g. addition and subtraction. The PermittedAlphabetConstraint object can only be applied to the :ref:`character ASN.1 types <type.char>` such as :class:`~pyasn1.type.char.IA5String`. Parameters ---------- *alphabet: :class:`str` Full set of characters permitted by this constraint object. Example ------- .. code-block:: python class BooleanValue(IA5String): ''' ASN.1 specification: BooleanValue ::= IA5String (FROM ('T' | 'F')) ''' subtypeSpec = PermittedAlphabetConstraint('T', 'F') # this will succeed truth = BooleanValue('T') truth = BooleanValue('TF') # this will raise ValueConstraintError garbage = BooleanValue('TAF') ASN.1 `FROM ... EXCEPT ...` clause can be modelled by combining multiple PermittedAlphabetConstraint objects into one: Example ------- .. code-block:: python class Lipogramme(IA5String): ''' ASN.1 specification: Lipogramme ::= IA5String (FROM (ALL EXCEPT ("e"|"E"))) ''' subtypeSpec = ( PermittedAlphabetConstraint(*string.printable) - PermittedAlphabetConstraint('e', 'E') ) # this will succeed lipogramme = Lipogramme('A work of fiction?') # this will raise ValueConstraintError lipogramme = Lipogramme('Eel') Note ---- Although `ConstraintsExclusion` object could seemingly be used for this purpose, practically, for it to work, it needs to represent its operand constraints as sets and intersect one with the other. That would require the insight into the constraint values (and their types) that are otherwise hidden inside the constraint object. Therefore it's more practical to model `EXCEPT` clause at `PermittedAlphabetConstraint` level instead. c �< � || _ t |� � | _ d S r r_ r s r r z&PermittedAlphabetConstraint._setValues� ra r c �b � | j � |� � st j |� � �d S r )r` � issupersetr r" r% s r r! z&PermittedAlphabetConstraint._testValue� s5 � ��y�#�#�E�*�*� 4��,�U�3�3� 3� 4� 4r N�r rZ r[ rt r r! r+ r r r r C s? � � � � � �I� I�T � � �4� 4� 4� 4� 4r r c � � e Zd ZdZd� Zd� ZdS )�ComponentPresentConstrainta� Create a ComponentPresentConstraint object. The ComponentPresentConstraint is only satisfied when the value is not `None`. The ComponentPresentConstraint object is typically used with `WithComponentsConstraint`. Examples -------- .. code-block:: python present = ComponentPresentConstraint() # this will succeed present('whatever') # this will raise ValueConstraintError present(None) c �@ � d| _ |rt j d� � �d S )N)z<must be present>�No arguments expected�r r r� r s r r z%ComponentPresentConstraint._setValues� s- � �-�� � � =��#�$;�<�<� <� =� =r c �2 � |�t j d� � �d S )NzComponent is not present:rP r% s r r! z%ComponentPresentConstraint._testValue� s& � � �=��,�+�-� -� -� �=r Nr� r+ r r r� r� � s< � � � � � �� �(=� =� =� -� -� -� -� -r r� c � � e Zd ZdZd� Zd� ZdS )�ComponentAbsentConstrainta� Create a ComponentAbsentConstraint object. The ComponentAbsentConstraint is only satisfied when the value is `None`. The ComponentAbsentConstraint object is typically used with `WithComponentsConstraint`. Examples -------- .. code-block:: python absent = ComponentAbsentConstraint() # this will succeed absent(None) # this will raise ValueConstraintError absent('whatever') c �@ � d| _ |rt j d� � �d S )N)z<must be absent>r� r� r s r r z$ComponentAbsentConstraint._setValues� s- � �,�� � � =��#�$;�<�<� <� =� =r c �8 � |�t j d|z � � �d S )NzComponent is not absent: %rrP r% s r r! z$ComponentAbsentConstraint._testValue� s- � � � ��,�-��5�7� 7� 7� � r Nr� r+ r r r� r� � s< � � � � � �� �(=� =� =� 7� 7� 7� 7� 7r r� c � � e Zd ZdZd� Zd� ZdS )�WithComponentsConstrainta& Create a WithComponentsConstraint object. The `WithComponentsConstraint` satisfies any mapping object that has constrained fields present or absent, what is indicated by `ComponentPresentConstraint` and `ComponentAbsentConstraint` objects respectively. The `WithComponentsConstraint` object is typically applied to :class:`~pyasn1.type.univ.Set` or :class:`~pyasn1.type.univ.Sequence` types. Parameters ---------- *fields: :class:`tuple` Zero or more tuples of (`field`, `constraint`) indicating constrained fields. Notes ----- On top of the primary use of `WithComponentsConstraint` (ensuring presence or absence of particular components of a :class:`~pyasn1.type.univ.Set` or :class:`~pyasn1.type.univ.Sequence`), it is also possible to pass any other constraint objects or their combinations. In case of scalar fields, these constraints will be verified in addition to the constraints belonging to scalar components themselves. However, formally, these additional constraints do not change the type of these ASN.1 objects. Examples -------- .. code-block:: python class Item(Sequence): # Set is similar ''' ASN.1 specification: Item ::= SEQUENCE { id INTEGER OPTIONAL, name OCTET STRING OPTIONAL } WITH COMPONENTS id PRESENT, name ABSENT | id ABSENT, name PRESENT ''' componentType = NamedTypes( OptionalNamedType('id', Integer()), OptionalNamedType('name', OctetString()) ) withComponents = ConstraintsUnion( WithComponentsConstraint( ('id', ComponentPresentConstraint()), ('name', ComponentAbsentConstraint()) ), WithComponentsConstraint( ('id', ComponentAbsentConstraint()), ('name', ComponentPresentConstraint()) ) ) item = Item() # This will succeed item['id'] = 1 # This will succeed item.reset() item['name'] = 'John' # This will fail (on encoding) item.reset() descr['id'] = 1 descr['name'] = 'John' c �\ � | j D ]#\ }} ||� |� � � � �$d S r )r �get)r r& r' �fieldrm s r r! z#WithComponentsConstraint._testValue sA � �!%� � )� )� �E�:� �J�u�y�y��'�'� (� (� (� (� )� )r c �< � t � | |� � d S r �r r r s r r z#WithComponentsConstraint._setValues$ � � ��%�%�d�F�3�3�3�3�3r Nr� r+ r r r� r� � s? � � � � � �E� E�L)� )� )�4� 4� 4� 4� 4r r� c � � e Zd ZdZd� Zd� ZdS )r z4Value must satisfy the type and presence constraintsc � � | j r| � |� � d S | j rT|| j vrt j |� � �| j | \ }}|dk rt j |� � � ||� � d S d S )N�ABSENT)�*_InnerTypeConstraint__singleTypeConstraint�,_InnerTypeConstraint__multipleTypeConstraintr r" )r r& r' rm �statuss r r! z InnerTypeConstraint._testValue, s� � � � &� � � '� '�� .� .� .� .� .� � *� ��$�7�7�7��0��7�7�7�!%�!>�s�!C� �J����!�!��0��7�7�7� �J�u� � � � � � � r c �� � i | _ d | _ |D ]=}t |t � � r |d |d f| j |d < �6|| _ �>t � | |� � d S )Nr rD r )r� r� rw �tupler r )r r �vs r r z InnerTypeConstraint._setValues7 sz � �(*��%�&*��#�� 0� 0�A��!�U�#�#� 0�67��d�A�a�D�j��-�a��d�3�3�./��+�+��%�%�d�F�3�3�3�3�3r Nr� r+ r r r r ) s8 � � � � � �>�>� � � �4� 4� 4� 4� 4r r c � � e Zd ZdZd� Zd� ZdS )r a� Create a ConstraintsExclusion logic operator object. The ConstraintsExclusion logic operator succeeds when the value does *not* satisfy the operand constraint. The ConstraintsExclusion object can be applied to any constraint and logic operator object. Parameters ---------- *constraints: Constraint or logic operator objects. Examples -------- .. code-block:: python class LuckyNumber(Integer): subtypeSpec = ConstraintsExclusion( SingleValueConstraint(13) ) # this will succeed luckyNumber = LuckyNumber(12) # this will raise ValueConstraintError luckyNumber = LuckyNumber(13) Note ---- The `FROM ... EXCEPT ...` ASN.1 clause should be modeled by combining constraint objects into one. See `PermittedAlphabetConstraint` for more information. c � � | j D ]8} |||� � n# t j $ r Y �!w xY wt j |� � �d S r �r r r" rx s r r! z ConstraintsExclusion._testValueg sm � � �,� 4� 4�J� �� �5�#�&�&�&�&���-� � � ��� ���� �,�U�3�3� 3� 4� 4s � �*�*c �< � t � | |� � d S r r� r s r r z ConstraintsExclusion._setValuesq r� r Nr� r+ r r r r D s= � � � � � �!� !�D4� 4� 4�4� 4� 4� 4� 4r r c �2 � e Zd Zd� Zd� Zd� Zd� Zd� Zd� ZdS )�AbstractConstraintSetc � � | j | S r r4 )r r' s r � __getitem__z!AbstractConstraintSet.__getitem__w s � ��|�C� � r c �* � t | j � � S r )rg r rG s r rh z AbstractConstraintSet.__iter__z s � ��D�L�!�!�!r c �( � | j | j |fz � S r �r r �r r& s r rr z AbstractConstraintSet.__add__} s � � �t�~�� ��x� 7�9�9r c �( � | j |f| j z � S r r� r� s r �__radd__z AbstractConstraintSet.__radd__� s � � �t�~���4�<� 7�9�9r c �* � t | j � � S r )r r rG s r �__len__z AbstractConstraintSet.__len__� s � ��4�<� � � r c � � || _ |D ]J}|rF| j � |� � | j � |� � � � � �Kd S r )r r �add�updaterS )r r rm s r r z AbstractConstraintSet._setValues� sh � � �� � � @� @�J�� @���"�"�:�.�.�.���%�%�j�&<�&<�&>�&>�?�?�?�� @� @r N) r rZ r[ r� rh rr r� r� r r+ r r r� r� u ss � � � � � �!� !� !�"� "� "�:� :� :�:� :� :�!� !� !� @� @� @� @� @r r� c � � e Zd ZdZd� ZdS )r a7 Create a ConstraintsIntersection logic operator object. The ConstraintsIntersection logic operator only succeeds if *all* its operands succeed. The ConstraintsIntersection object can be applied to any constraint and logic operator objects. The ConstraintsIntersection object duck-types the immutable container object like Python :py:class:`tuple`. Parameters ---------- *constraints: Constraint or logic operator objects. Examples -------- .. code-block:: python class CapitalAndSmall(IA5String): ''' ASN.1 specification: CapitalAndSmall ::= IA5String (FROM ("A".."Z"|"a".."z")) ''' subtypeSpec = ConstraintsIntersection( PermittedAlphabetConstraint('A', 'Z'), PermittedAlphabetConstraint('a', 'z') ) # this will succeed capital_and_small = CapitalAndSmall('Hello') # this will raise ValueConstraintError capital_and_small = CapitalAndSmall('hello') c �2 � | j D ]} |||� � �d S r r4 rx s r r! z"ConstraintsIntersection._testValue� s2 � � �,� #� #�J� �J�u�c� "� "� "� "� #� #r Nry r+ r r r r � s. � � � � � �%� %�L#� #� #� #� #r r c � � e Zd ZdZd� ZdS )r a Create a ConstraintsUnion logic operator object. The ConstraintsUnion logic operator succeeds if *at least* a single operand succeeds. The ConstraintsUnion object can be applied to any constraint and logic operator objects. The ConstraintsUnion object duck-types the immutable container object like Python :py:class:`tuple`. Parameters ---------- *constraints: Constraint or logic operator objects. Examples -------- .. code-block:: python class CapitalOrSmall(IA5String): ''' ASN.1 specification: CapitalOrSmall ::= IA5String (FROM ("A".."Z") | FROM ("a".."z")) ''' subtypeSpec = ConstraintsUnion( PermittedAlphabetConstraint('A', 'Z'), PermittedAlphabetConstraint('a', 'z') ) # this will succeed capital_or_small = CapitalAndSmall('Hello') # this will raise ValueConstraintError capital_or_small = CapitalOrSmall('hello!') c � � | j D ]&} |||� � d S # t j $ r Y �#w xY wt j d| j �d|�d�� � �)Nzall of z failed for "�"r� rx s r r! zConstraintsUnion._testValue� s� � � �,� � �J� �� �5�#�&�&�&� ���� �-� � � ��� ���� �(�(�+/�<�<�<���� ?� � � s � �,�,Nry r+ r r r r � s. � � � � � �%� %�L � � � � r r )r# � pyasn1.typer �__all__�objectr r r r r r r� r� r� r r r� r r r+ r r �<module>r� s� �� � � � � � � � � � � � � ��M3� M3� M3� M3� M3�� M3� M3� M3�`<C� <C� <C� <C� <C� .� <C� <C� <C�~)8� )8� )8� )8� )8�!3� )8� )8� )8�X54� 54� 54� 54� 54�-� 54� 54� 54�p94� 94� 94� 94� 94�.� 94� 94� 94�xQ4� Q4� Q4� Q4� Q4�"7� Q4� Q4� Q4�h -� -� -� -� -�!3� -� -� -�B 7� 7� 7� 7� 7� 2� 7� 7� 7�BL4� L4� L4� L4� L4� 1� L4� L4� L4�`4� 4� 4� 4� 4�,� 4� 4� 4�6.4� .4� .4� .4� .4�-� .4� .4� .4�b@� @� @� @� @� .� @� @� @�6)#� )#� )#� )#� )#� 3� )#� )#� )#�X2 � 2 � 2 � 2 � 2 �,� 2 � 2 � 2 � 2 � 2 r
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