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Code Editor : common.cpython-310.pyc
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N)r rg )r r r r r �set_v6 s zUFWRule.set_v6c C �@ |� � }|dkrtj�|d�std�}t|��|| _| �� dS )zSets source address of ruler zBad source addressN)rP r re � valid_addressr= r r rg �r �addrrT r` r r r r. � zUFWRule.set_srcc C ri )z Sets destination address of ruler zBad destination addressN)rP r re rj r= r r rg rk r r r r/ rm zUFWRule.set_dstc C s� |dkr|dkrt d�}t|��dt|�v r t d�}t|��dt|�v r,t d�}t|��t|�dks8t|�d kr@t d �}t|��tt|��d krPt d �}t|��tt|��d kr`t d�}t|��t�dt|��spt d�}t|��|dkry|| _dS || _dS )zSets an interface for ruler �outzBad interface type�!z+Bad interface name: reserved character: '!'rU z/Bad interface name: can't use interface aliases�.z..z)Bad interface name: can't use '.' or '..'r z+Bad interface name: interface name is empty� z+Bad interface name: interface name too longz^[a-zA-Z0-9_\-\.\+,=%@]+$zBad interface nameN)r= r r] rR rG rW r& r' )r �if_type�namer` r r r � set_interface' s0 zUFWRule.set_interfacec C s> t |�dkrt�dt |��std�| }t|��t|�| _dS )z Sets the position of the rulez-1z^[0-9]+z,Insert position '%s' is not a valid positionN)r] rG rW r= r rY r$ )r �numr` r r r � set_positionW s zUFWRule.set_positionc C sB |� � dks|� � dks|dkr|� � | _dS td�| }t|��)zSets logtype of the rule�logzlog-allr zInvalid log type '%s'N)rP r% r= r )r r% r` r r r rS a s zUFWRule.set_logtypec C s. |dks|dkr || _ dS td�| }t|��)zSets direction of the ruler rn zUnsupported direction '%s'N)r( r= r )r r( r` r r r r0 j s zUFWRule.set_directionc C s t j�| j�S )z Get decoded comment of the rule)r re � hex_decoder* r r r r � get_commentr s zUFWRule.get_commentc C s || _ dS )zSets comment of the ruleN)r* )r r* r r r r1 v s zUFWRule.set_commentc C s� d}| j r(ztj�| j | j�\| _ }W n ty" td�}t|��w |r(|| _| j rNztj�| j | j�\| _ }W n tyH td�}t|��w |rN|| _| j rc| j � d�}tj� |� d� |�| _ | jrz| j� d�}tj� |� d� |�| _dS dS )z&Normalize src and dst to standard formFz"Could not normalize source addressz'Could not normalize destination addressrD N)r r re �normalize_addressr r\ r= r r r r rQ � human_sort�joinr )r �changedr` ra r r r � normalizez s@ � � � � �zUFWRule.normalizec C s� | r|st � �d| |f }| j|jkrt|� dS | j|jkr%t|� dS | j|jkr1t|� dS | j|jkr=t|� dS | j|jkrIt|� dS | j|jkrUt|� dS | j|jkrat|� dS | j |j krmt|� dS | j |j kryt|� dS | j |j kr�t|� dS | j |j kr�t|� dS | j |j kr�t|� dS | j|jkr�| j|jkr�| j|jkr�td�}t|� dS | j|jkr�| j|jkr�| j|jkr�td�}t|� dS td�| j|j| j|j| j|jd� }t|� d S ) z�Check if rules match Return codes: 0 match 1 no match -1 match all but action, log-type and/or comment -2 match all but comment zNo match '%s' '%s'rO zFound exact matchr z$Found exact match, excepting comment���zZFound non-action/non-logtype/comment match (%(xa)s/%(ya)s/'%(xc)s' %(xl)s/%(yl)s/'%(yc)s'))�xa�ya�xl�yl�xc�yc���)� ValueErrorr r r r r r r r! r" r& r' r( r) r# r% r* r= )�x�y�dbg_msgr r r rW � sr ��z UFWRule.matchc C s� dd� }| r|s t � �| �|�dkrdS d| | j||jf }|jdkr-td| d � dS |j| jkr;t|d � dS | j|jkrN|jd krNtd | � dS |jd krb|| j|j�sbtd | � dS |jd kr�| jd krs| � | j �rsn�| j |j kr�d|j vr�td| � dS | j |j kr�d|j v r�| j|jkr�t j � | j |j | j�s�td| d| j |j f � dS n�| jd kr�| j|jkr�td| d| j|jf � dS z t j �|j| j�}W n ty� td| d|j � Y dS w |j |k�r d|j v�r td| d|j |f � dS |j |k�r7d|j v �r7| j|jk�r7t j � ||j | j��s7td| d||j f � dS | j|jk�rNtd| d| j |j f � dS td| | j||jf � dS )a� This will match if x is more specific than y. Eg, for protocol if x is tcp and y is all or for address if y is a network and x is a subset of y (where x is either an address or network). Returns: 0 match 1 no match -1 fuzzy match This is a fuzzy destination match, so source ports or addresses are not considered, and (currently) only incoming. c S s~ d| v sd| v r| |krdS dS |� d�D ]'}| |kr dS d|v r<|� d�\}}t| �t|�kr<t| �t|�kr< dS qdS )z:Returns True if p is an exact match or within a multi rulerD rU TF)rQ rY )�test_p�to_matchr^ �low�highr r r � _match_ports� s �z-UFWRule.fuzzy_dst_match.<locals>._match_portsr z(No fuzzy match '%s (v6=%s)' '%s (v6=%s)'r z (direction) z (not incoming)rO z (forward does not match)r z (protocol) z(dport) r �/z(dst) z ('%s' not in network '%s')z (interface) z (%s != %s)z %s does not existz(v6) z'(fuzzy match) '%s (v6=%s)' '%s (v6=%s)'r� )r� rW r r( r r) r r r& � _is_anywherer r re � in_network�get_ip_from_if�IOError)r� r� r� r� �if_ipr r r �fuzzy_dst_match� s� � "� �� � �� �&� � zUFWRule.fuzzy_dst_matchc C s |dks|dkr dS dS )z Check if address is anywherer< r TFr )r rl r r r r� N s zUFWRule._is_anywherec C s� d}| j dks | jdkred| j | j| j| jf }| j dkr)d| j| j| j| jf }| jdkr:d| j | j| j| jf }| jdkrM| jdkrM|d| j 7 }|S | jdkrY|d| j 7 }| jdkre|d| j 7 }|S )a� Returns a tuple to identify an app rule. Tuple is: dapp dst sapp src direction_iface|direction or dport dst sapp src direction_iface|direction or dapp dst sport src direction_iface|direction where direction_iface is of form 'in_eth0', 'out_eth0' or 'in_eth0 out_eth0' (ie, both interfaces used). If no interfaces are specified, then tuple ends with the direction instead. r z %s %s %s %sz %sz in_%sz out_%s) r! r" r r r r r& r' r( )r �tuplr r r � get_app_tupleT s& � � � zUFWRule.get_app_tuplec C s� | j dkr| jdks| jdkrtd�| j }t|��| j tjjv r0|dkr0td�| j }t|��| j tjjv rL| j dksA| j dkrNtd�| j }t|��dS dS )z Verify ruler r z3Improper rule syntax ('%s' specified with app rule)r z'Invalid IPv6 address with protocol '%s'z Invalid port with protocol '%s'N) r r" r! r= r r re �ipv4_only_protocols�portless_protocolsr r )r � rule_iptyper` r r r �verifyv s( ����zUFWRule.verifyN)r r r r r Fr )r ) r r r r r r r9 r; r2 r+ r- r, rg rh r. r/ rt rv rS r0 ry r1 r~ rW r� r� r� r� r r r r r * s: �# C 5 0 #Cn "r )r rG rZ �ufw.utilr r � programName� state_dir� share_dir� trans_dir� config_dir� prefix_dir� iptables_dir� do_checksr\ r r r r r r �<module> s
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