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//usr/lib/python2.4/site-packages/rhsm/certificate.pyo
m Wx[Uc @ s5 d Z d k Z d k Z d k l Z l Z d k l Z d k l Z l Z d k l Z d k l Z l Z l Z d k Z d k Z e i e Z e i d Z e i d Z d Z d Z d Z d e f d YZ d Z d Z d e f d YZ d e f d YZ d e f d YZ! d e! f d YZ" d e f d YZ# d f d YZ$ d e f d YZ% d e& f d YZ' d e f d! YZ( d" f d# YZ) d$ f d% YZ* d& f d' YZ+ d( e+ f d) YZ, d* e+ f d+ YZ- d, e. f d- YZ/ d S(. s~ Contains classes for working with x.509 certificates. The backing implementation is M2Crypto.X509 which has insufficient support for custom v3 extensions. It is not intended to be a replacement of full wrapper but instead an extension. Several of the classes in this module are now marked deprecated in favor of their new counterparts in certificate2 module. However, rather than depending on either specifically, you can use the create methods below to automatically create the correct object for any given certificate. Eventually the deprecated classes below will be removed, and the new classes will be relocated into this module. N( s X509s RSA( s datetime( s tzinfos timedelta( s strptime( s Popens PIPEs STDOUTs ([0-9]+\.)+[0-9]+:s .*prim:\s(\w*)\s*:*(.*)c C s d k l } | i | S( N( s _CertFactory( t certificate2t _CertFactoryt create_from_filet path( R R ( ( t4 /usr/lib/python2.4/site-packages/rhsm/certificate.pyR 9 s c C s d k l } | i | S( N( s _CertFactory( R R t create_from_pemt pem( R R ( ( R R > s c C s$ g } | o | i d } n | S( sN Split a comma separated list of tags from a certificate into a list. t ,N( t tagst tag_strt split( R R ( ( R t parse_tagsC s t UTCc B s, t Z d Z d Z d Z d Z RS( Nc C s d S( NR ( ( t selft date_time( ( R t tznameO s c C s t d S( Ni ( t timedelta( R R ( ( R t dstR s c C s t d S( Ni ( R ( R R ( ( R t utcoffsetU s c C s d | i d S( Ns <Timezone: %s>( R R t None( R ( ( R t __repr__X s ( t __name__t __module__R R R R ( ( ( R R N s c C s t | } d | j o t d | n | i d d \ } } d d d d d d d d d d d d g } | | j o t d | | f n | i d o t } | d } n t t | d d } | i | d | d <| i d | i | t | S( Nt s Invalid date: %si t Jant Febt Mart Aprt Mayt Junt Jult Augt Sept Octt Novt Decs" Invalid date %s: Invalid month: %ss GMTis %d %H:%M:%S %Yi i ( t strt datet date_strt ValueErrorR t montht restt _ssl_monthst endswithR t timezonet listt strptimet tmt indext appendt dt( R% R) R( R* R/ R, R& ( ( R t get_datetime_from_x509^ s * c s; d } i | _ i | _ | i i i | S( s A decorator that marks a function as deprecated. This will cause a warning to be emitted any time that function is used by a caller. c s' t i d i d t | | S( Ns Call to deprecated function: %st category( t warningst warnt funcR t DeprecationWarningt argst kwargs( R9 R: ( R7 ( R t new_funcy s N( R; R7 R t __doc__t __dict__t update( R7 R; ( ( R7 R t deprecatedt s t Certificatec B s t Z d Z e e d Z d Z d Z d Z d Z d Z d Z e d Z e d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z RS( s Represents and x.509 certificate. :ivar x509: The :obj:`M2Crypto.X509` backing object. :type x509: :class:`X509` :ivar __ext: A dictionary of extensions `OID`:value :type __ext: dict of :obj:`Extensions` c C s | i | d S( s` :param content: The (optional) PEM encoded content. :type content: str N( R t _updatet content( R RB ( ( R t __init__ s c C s | o t i | } n t i } t | | _ | | _ | i | i i | _ d | _ y0 | i i d } | o | i | _ n Wn t j o n Xd S( Nt subjectAltName( RB t X509t load_cert_stringt x509t ExtensionsR t _Certificate__extt _parse_subjectt get_serial_numbert serialR t altNamet get_extt name_extt get_valuet LookupError( R RB RG RO ( ( R RA s c C s h | _ | i i } d | i d <xc | i i D]R \ } } | i | } t | o* | d i } t | | i | <q5 q5 q5 Wd S( Ni t UIDi ( R t subjRG t get_subjectt subjectt nidt itemst keyt get_entries_by_nidt entryt lent get_datat asn1R$ ( R R] RV RX RZ RU ( ( R RJ s c C s | i S( sf Get the serial number :return: The x.509 serial number :rtype: str N( R RL ( R ( ( R t serialNumber s c C s | i S( s Get the certificate subject. note: Missing NID mapping for UID added to patch openssl. :return: A dictionary of subject fields. :rtype: dict N( R RS ( R ( ( R RU s c C s | i S( s Return the alternate name of the certificate. :return: A string representation of the alternate name :rtype: str N( R RM ( R ( ( R t alternateName s c C s+ t t | i i t | i i S( sv Get the valid date range. :return: The valid date range. :rtype: :class:`DateRange` N( t DateRangeR3 R RG t get_not_beforet get_not_after( R ( ( R t validRange s c C sK | i } t i } | o | } n | i d t } | i | S( s~ Get whether the certificate is valid based on date. :return: True if valid. :rtype: boolean t tzinfoN( R Rc t valid_rangeR2 t utcnowt gmtt on_datet replacet GMTt has_date( R Rh Re Rg ( ( R t valid s c C sN | i } t i } | o | } n | i d t } | i | j S( s Get whether the certificate is expired based on date. :return: True if valid. :rtype: boolean Rd N( R Rc Re R2 Rf Rg Rh Ri Rj t end( R Rh Re Rg ( ( R t expired s c C s g S( s Get whether the certificate contains bogus data or is otherwise unsuitable. The certificate may be valid but still be considered bogus. :return: List of reasons if bogus :rtype: list N( ( R ( ( R t bogus s c C s | i S( st Get custom extensions. :return: An extensions object. :rtype: :class:`Extensions` N( R RI ( R ( ( R t extensions s c C sD t | } | i } z | i | Wd | i X| | _ d S( s Read a certificate file. :param pem_path: The path to a .pem file. :type pem_path: str :return: A certificate :rtype: :class:`Certificate` N( t opent pem_patht ft readRB R RA t closeR ( R Rr RB Rs ( ( R Rt s c C s9 t | d } | i | i | | _ | i | S( s Write the certificate. :param pem_path: The path to the .pem file. :type pem_path: str :return: self :rtype :class:`Certificate` t wN( Rq Rr Rs t writeR t toPEMR Ru ( R Rr Rs ( ( R Rw s c C s4 t | d o t i | i n t d d S( sC Delete the file associated with this certificate. R s no path, not deletedN( t hasattrR t ost unlinkR t Exception( R ( ( R t delete- s c C s | i i S( so Get PEM representation of the certificate. :return: A PEM string :rtype: str N( R RG t as_pem( R ( ( R Rx 6 s c C s | i i S( N( R RG t as_text( R ( ( R t __str__? s c C s= | i } d } t | d o | i } n d | | f S( NR s [sn: %d, path: "%s"]( R R^ t snR t cert_pathRy R ( R R R ( ( R R B s c C s^ | i } | i } | i } | i } | | j o d Sn | | j o d Sn d S( Nii i ( R Rc Re Rm t exp1t othert other_valid_ranget exp2( R R R Re R R ( ( R t __cmp__I s ( R R R< R? R RC RA RJ R^ RU R_ Rc Rl Rn Ro Rp Rt Rw R} Rx R R R ( ( ( R R@ s& t RedhatCertificatec B s/ t Z d Z d Z d Z d Z d Z RS( sj Represents a Red Hat certificate. :cvar REDHAT: The Red Hat base OID. :type REDHAT: str s 1.3.6.1.4.1.2312.9c C sG t i | | t | i } t | } | i i | | _ d S( N( R@ RA R RB t OIDt REDHATt redhatR[ t nRp t ltrimt _RedhatCertificate__redhat( R RB R R ( ( R RA _ s c C s/ y | i SWn t j o | i Sn Xd S( s Get the extension subtree for the `redhat` namespace. :return: The extensions with the Red Hat namespace trimmed. :rtype: :class:`Extensions` N( R R R| Rp ( R ( ( R R e s c C sh t i | } | i d j o | i d n | i i d } | p | i d | n | S( Ni s Serial number must be > 0t CNs Invalid common name: %s( R@ Ro R R^ R1 RU t gett cn( R Ro R ( ( R Ro q s ( R R R< R RA R Ro ( ( ( R R U s t ProductCertificatec B s2 t Z d Z d Z d Z d Z d Z RS( s Represents a Red Hat product/entitlement certificate. It is OID schema aware and provides methods to get product information. c C sv | i } | i d d } | oM | d } | d } | i d } | d } | i | } t | | Sn d S( s Get the product defined in the certificate. :return: A product object. :rtype: :class:`Product` s 1.*.1i i N( R R t rhnst findt productst pt oidt rtrimt roott product_idt brancht extt Product( R R R R R R R R ( ( R t getProduct s c C sx g } | i } x_ | i d D]N } | d } | i d } | d } | i | } | i t | | q" W| S( s Get a list products defined in the certificate. :return: A list of product objects. :rtype: list of :class:`Product` s 1.*.1i i N( t lstR R R R R R R R R R R R1 R ( R R R R R R R R ( ( R t getProducts s c C s t i | } | S( N( R Ro R ( R Ro ( ( R Ro s c C s g } | i d | i d | i t i | | i d | i d | i d | i | i d | i i d x' | i D] } | i t | q Wd i | S( Ns RAW:s# ===================================s MODEL:s Serial#: %ss Subject (CN): %sR s ( t sR1 R@ R R R^ RU R R R R$ t join( R R R ( ( R R s ( R R R< R R Ro R ( ( ( R R { s t EntitlementCertificatec B st t Z d Z d Z d Z d Z d Z d Z d Z e d Z e d Z d Z d Z RS( s0 Represents an entitlement certificate. c C s t i | | | i } | i d d t } | oE | d } | d } | i d } | i | } t | | _ n d | _ d S( Ns 4.1i i ( R RA R RB R R R t Truet orderR R R R R R t OrderR ( R RB R R R R R R ( ( R RA s c C sa t | d oA t i | i | i i d } d | d } t i | n t d d S( sC Delete the file associated with this certificate. R t .s %s-key.pemi s no path, not deletedN( Ry R Rz R{ R R t partst key_pathR| ( R R R ( ( R R} s c C s | i S( s Get the :obj:`order` object defined in the certificate. :return: An order object. :rtype: :class:`Order` N( R R ( R ( ( R t getOrder s c C s | i | i S( s Get all entitlements defined in the certificate. :return: A list of entitlement object. :rtype: List of :class:`Entitlement` N( R t getContentEntitlementst getRoleEntitlements( R ( ( R t getEntitlements s c C sq g } | i } | i d } xI | D]A } | d } | i d } | i | } | i t | q( W| S( s Get the B{content} entitlements defined in the certificate. :return: A list of entitlement object. :rtype: [:obj:`Content`,..] s 2.*.1.1i i N( R R R R R t entitlementst entR R R R R R1 t Content( R R R R R R R R ( ( R R s c C sq g } | i } | i d } xI | D]A } | d } | i d } | i | } | i t | q( W| S( s Get the *role* entitlements defined in the certificate. :return: A list of entitlement object. :rtype: [:obj:`Role`,..] s 3.*.1i i N( R R R R R R R R R R R R R1 t Role( R R R R R R R R ( ( R R s c C s t t | i S( N( t superR R Rc ( R ( ( R t validRangeWithGracePeriod s c C s | i i S( N( R R t has_now( R ( ( R t validWithGracePeriod s c C s7 t i | } | i d j o | i d n | S( Ns No order infomation( R Ro R R R R1 ( R Ro ( ( R Ro s c C sr g } | i } | i t i | x' | i D] } | i t | q5 W| i t | d i | S( Ns ( R R R R R1 R R R R R$ R ( R R R R ( ( R R s ( R R R< RA R} R R R R R? R R Ro R ( ( ( R R s t Keyc B sJ t Z d Z e d Z d Z d Z d Z d Z d Z RS( sc The (private|public) key. :ivar content: The PEM encoded key. :type content: str c C s; t | } | i } | i t | } | | _ | S( sl Read the key. :param pem_path: The path to the .pem file. :type path: str N( Rq Rr Rs Rt RB Ru R RX R ( t clsRr Rs RB RX ( ( R Rt . s c C s | | _ d S( sQ :param content: The PEM encoded key. :type content: str N( RB R ( R RB ( ( R RC = s c C s\ g } | i o; y t i | i WqX t j o | i d qX Xn | i d | S( Ns Invalid key datas No key data provided( Ro R RB t RSAt load_key_stringR| R1 ( R Ro ( ( R Ro D s c C sF t | d } | i | i | | _ | i t i | d | S( s Write the key. :param path: The path to the .pem file. :type path: str :return: self Rv i N( Rq Rr Rs Rw R RB R Ru Rz t chmod( R Rr Rs ( ( R Rw P s c C s4 t | d o t i | i n t d d S( s; Delete the file associated with this key. R s no path, not deletedN( Ry R Rz R{ R R| ( R ( ( R R} _ s c C s | i S( N( R RB ( R ( ( R R h s ( R R R< t classmethodRt RC Ro Rw R} R ( ( ( R R & s R` c B sk t Z d Z d Z d Z d Z d Z d Z d Z e d Z e d Z d Z RS( s Date range object. :ivar begin_date: The begining date :type begin_date: :class:`datetime` :ivar end_date: The ending date :type end_date: :class:`datetime` c C s( | i | | _ | i | | _ d S( N( R t _convert_to_utct begin_datet _begint end_datet _end( R R R ( ( R RC v s c C s; | i d j o | i d t Sn | i t Sd S( NRd ( t timestampRd R Ri Rj t astimezone( R R ( ( R R z s c C s | i S( s~ Get range beginning. :return: The beginning date in UTC. :rtype: :class:`datatime.datetime` N( R R ( R ( ( R t begin s c C s | i S( sr Get range end. :return: The end date in UTC. :rtype: :class:`datetime.datetime` N( R R ( R ( ( R Rm s c C s. t i } | i d t } | i | S( s Get whether the certificate is valid based on the date now. :return: True if valid. :rtype: boolean Rd N( R2 Rf Rg Ri Rj R Rk ( R Rg ( ( R R s c C s# | | i j o | | i j S( s Get whether the certificate is valid based on the date. :param: date :type: :class:`datetime.datetime` :return: True if valid. :rtype: boolean N( R% R R Rm ( R R% ( ( R Rk s c C s | i | S( N( R Rk R% ( R R% ( ( R t hasDate s c C s | i S( N( R R ( R ( ( R t hasNow s c C s d | i | i f S( Ns %s %s( R R R ( R ( ( R R s ( R R R< RC R R Rm R Rk R? R R R ( ( ( R R` l s Rj c B s) t Z d Z d Z d Z d Z RS( Rj c C s t d d S( Nt secondsi ( R ( R R ( ( R R s c C s d S( NRj ( ( R R ( ( R R s c C s t d d S( NR i ( R ( R R ( ( R R s ( R R R< R R R ( ( ( R Rj s RH c B s_ t Z d Z d Z d Z e d Z d e d Z d Z d Z d Z d Z RS( s2 Represents x.509 (v3) custom extensions. c C s2 t | t o | i | n | i | d S( sr :param x509: An :module:`m2crypto` :class:`X509` object or dict. :type x509: :obj:`X509` N( t isinstanceRG t dictR R> t _parse( R RG ( ( R RC s c C s@ h } x- | i D] \ } } | | | i | <q Wt | S( s Left trim *n* parts. :param n: The number of parts to trim. :type n: int :return: The trimmed OID :rtype: :class:`Extensions` N( t dR RW R t vR R RH ( R R R R R ( ( R R s c C s4 | i | d t } | o | d d Sn | Sd S( s Get the value of an extension by *oid*. Note: The *oid* may contain (*) wildcards. :param oid: An `OID` that may contain (*) wildcards. :type oid: str|`OID` :return: The value of the first extension matched. :rtype: str i i N( R R R R R t default( R R R R ( ( R R s i c C s g } d } t | t o t | } n | o | i } n t | i } xb | D]Z } | i | o+ | | } | i | | f | d } n | o | | j o Pq\ q\ W| S( s Find all extensions matching the oid. Note: The oid may contain (*) wildcards. :param oid: An OID that may contain (*) wildcards. :type oid: str|`OID` :param limit: Limit the number returned, 0=unlimited :type limit: int :param ignoreOrder Should oids be ordered :type ignoreOrder: bool :return: A list of matching items. :rtype: (`OID`, value) :see: OID.match() i i N( R t foundR R R$ R t ignoreOrderR t keyst keysett sortedt kt matchR R1 t limit( R R R R R R R R R ( ( R R s" c C s h } t | t o t | } n | d o | i d } n t | d } x6 | i | D]% \ } } | i | } | | | <qd Wt | S( s Find a subtree by matching the oid. :param root: An `OID` that may contain (*) wildcards. :type root: str|`OID` :return: A subtree. :rtype: :class:`Extensions` it i N( R R R R$ R R1 R[ t lnR R R R R t trimmedRH ( R R R R R R R ( ( R R s c C s | i } t d d d d d g d t d t d t } | i d | i d } | i d } | i d } | | | !} g } | i d D] } | | i q ~ S( s0 Isolate the block of text with the extensions. t opensslRG s -texts -certoptt ext_parset stdoutt stdint stderrt inputi s extensions:s Signature Algorithm:s N( RG R t textt Popent PIPEt STDOUTR t communicateR~ R t startt rfindRm t _[1]R R t strip( R RG R Rm R R R R ( ( R t _get_extensions_block' s c C s d } x | i | D]{ } | d j o5 t i | } | i d i | | <d } q n t i | } | d j o q n t | d } q Wd S( sc Parse the extensions section. Expects an :module:`m2crypto` :class:`X509` object. i iN( R R R R RG RZ t VALUE_PATTERNR t mt groupR t OID_PATTERNR ( R RG R R RZ ( ( R R 3 s c C s; g } x% | i D] } | i d | q Wd i | S( Ns %s = "%s"s ( R R RW t itemR1 R ( R R R ( ( R R C s ( R R R< RC R R R t FalseR R R R R ( ( ( R RH s $ R c B s t Z d Z d Z e d Z e d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z RS( s The Object Identifier object. :ivar part: The oid parts. :type part: [str,] :cvar WILDCARD: The wildcard character. :type WILDCARD: str t *c G s d i | S( NR ( R R ( R R ( ( R R V s c C s | i d S( s Split an OID string. :param s: An OID string Eg: (1.2.3) :type s: str :return: A list of OID parts. :rtype: [str,] R N( R R ( R R ( ( R R Z s c C sN t | t o | i | | _ n | | _ d | _ d | _ d | _ d S( sJ :param oid: The OID value. :type oid: str|[str,] N( R R R$ R R t partR t _lent _strt _hash( R R ( ( R RC f s c C s& | i d } | o t | Sn d S( s^ Get the parent OID. :return: The parent OID. :rtype: L{OID} iN( R R R R ( R R ( ( R t parentt s c C s t | i | S( s Left trim I{n} parts. :param n: The number of parts to trim. :type n: int :return: The trimmed OID :rtype: :class:`OID` N( R R R R ( R R ( ( R R s c C s t | i | S( s Right trim I{n} parts. :param n: The number of parts to trim. :type n: int :return: The trimmed OID :rtype: :class:`OID` N( R R R R ( R R ( ( R R s c C s: t | t o t | } n | i | i } t | S( s Append the specified OID fragment. :param oid: An OID fragment. :type oid: str|`OID` :return: The concatenated OID. "rtype: :class:`OID` N( R R R$ R R R ( R R R ( ( R R1 s c C s d } | d p" | d } | i t | } n6 | d p! | d } | i t | } n | i } t | t | j o t Sn xG | D]? } | | } | | j p | | i j o | d 7} q t Sq Wt S( s Match the specified OID considering wildcards. Patterns: - 1.4.5.6.74 (not wildcarded) - .5.6.74 (match on only last 4) - 5.6.74. (match only first 4) - 1.4.*.6.* (wildcard pattern) :param oid: An OID string or object. :type oid: `OID` :return: True if matched :rtype: boolean i i iN( t iR R R R[ R R t xt valt WILDCARDR ( R R R R R R ( ( R R s$ c C s' | i p t | i | _ n | i S( N( R R R[ R ( R ( ( R t __len__ s c C s | i | S( N( R R R0 ( R R0 ( ( R t __getitem__ s c C s t | S( N( R$ R ( R ( ( R R s c C s* | i p t t | | _ n | i S( N( R R t hashR$ ( R ( ( R t __hash__ s c C s t | t | j S( N( R$ R R ( R R ( ( R t __eq__ s c C s* | i p d i | i | _ n | i S( NR ( R R R R ( R ( ( R R s ( R R R< R R R R RC R R R R1 R R R R R R R ( ( ( R R J s , R c B s t Z e d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z RS( Nc C s | | _ d S( N( R R ( R R ( ( R RC s c C s | i i d S( Nt 1( R R R ( R ( ( R t getName s c C s | i i d S( Nt 2( R R R ( R ( ( R t getNumber s c C s | i i d S( Nt 3( R R R ( R ( ( R t getSku s c C s | i i d S( Nt 4( R R R ( R ( ( R t getSubscription s c C s | i i d S( Nt 5( R R R ( R ( ( R t getQuantity s c C s | i i d S( Nt 6( R R R ( R ( ( R t getStart s c C s | i i d S( Nt 7( R R R ( R ( ( R t getEnd s c C s | i i d S( Nt 8( R R R ( R ( ( R t getVirtLimit s c C s | i i d S( Nt 9( R R R ( R ( ( R t getSocketLimit s c C s | i i d S( Nt 10( R R R ( R ( ( R t getContract s c C s | i i d S( s Returns the quantity of the subscription that *this* entitlement is using. WARNING: a little misleading as it (a) is part of the order namespace and (b) sounds suspiciously like the total consumed quantity of the subscription. t 11N( R R R ( R ( ( R t getQuantityUsed s c C s | i i d S( Nt 12( R R R ( R ( ( R t getWarningPeriod s c C s | i i d S( Nt 13( R R R ( R ( ( R t getAccountNumber s c C s | i i d S( Nt 14( R R R ( R ( ( R t getProvidesManagement s c C s | i i d S( Nt 15( R R R ( R ( ( R t getSupportLevel" s c C s | i i d S( Nt 16( R R R ( R ( ( R t getSupportType% s c C s | i i d S( Nt 17( R R R ( R ( ( R t getStackingId( s c C s | i i d S( Nt 18( R R R ( R ( ( R t getVirtOnly+ s c C s g } | i d | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d d i | S( Ns Order {s Name .............. = %ss Number ............ = %ss SKU ............... = %ss Subscription ...... = %ss Quantity .......... = %ss Start (Ent) ....... = %ss End (Ent) ......... = %ss Virt Limit ........ = %ss Socket Limit ...... = %ss Contract .......... = %ss Warning Period .... = %ss Account Number .... = %ss Provides Management = %ss Support Level ..... = %ss Support Type ...... = %ss Stacking Id ....... = %ss Virt Only ......... = %st }s ( R R1 R R R R R R R R R R R R R R R R R R R ( R R ( ( R R . s* ( R R R? RC R R R R R R R R R R R R R R R R R R R ( ( ( R R s( R c B sq t Z e d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z RS( Nc C s | | _ | | _ | i i d | _ | i i d | _ | i i d | _ t | i i d | _ | i i d | _ | i i d | _ d S( NR R R R R R ( t p_hashR R R R t namet versiont archR t provided_tagst brand_typet brand_name( R R" R ( ( R RC H s c C s | i S( N( R R ( R ( ( R t getHashS s c C s | i S( N( R R# ( R ( ( R R V s c C s | i S( N( R R% ( R ( ( R t getArchY s c C s | i S( N( R R$ ( R ( ( R t getVersion\ s c C s | i S( N( R R& ( R ( ( R t getProvidedTags_ s c C s | i S( N( R R' ( R ( ( R t getBrandTypeb s c C s | i S( N( R R( ( R ( ( R t getBrandNamee s c C s | i | i j S( N( R R) t rhs( R R/ ( ( R R h s c C s g } | i d | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d d i | S( Ns Product {s Hash ......... = %ss Name ......... = %ss Version ...... = %ss Architecture . = %ss Provided Tags = %ss Brand Type = %ss Brand Name = %sR! s ( R R1 R R) R R+ R* R, R- R. R ( R R ( ( R R k s c C s t | S( N( R$ R ( R ( ( R R x s ( R R R? RC R) R R* R+ R, R- R. R R R ( ( ( R R F s t Entitlementc B s t Z d Z RS( Nc C s | | _ d S( N( R R ( R R ( ( R RC ~ s ( R R RC ( ( ( R R0 | s R c B s t Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z d Z RS( Nc C s t i | | | i i d | _ | i i d | _ | i i d | _ | i i d | _ | i i d | _ | i i d | _ | i i d | _ | i i d | _ | i i d | _ t | i i d | _ d S( NR R R R R R R R R R ( R0 RC R R R R# t labelt quantityt flex_quantityt vendort urlt gpgt enabledt metadata_expireR t required_tags( R R ( ( R RC s c C s | i S( N( R R# ( R ( ( R R s c C s | i S( N( R R1 ( R ( ( R t getLabel s c C s | i S( N( R R2 ( R ( ( R R s c C s | i S( N( R R3 ( R ( ( R t getFlexQuantity s c C s | i S( N( R R4 ( R ( ( R t getVendor s c C s | i S( N( R R5 ( R ( ( R t getUrl s c C s | i S( N( R R6 ( R ( ( R t getGpg s c C s | i S( N( R R7 ( R ( ( R t getEnabled s c C s | i S( N( R R8 ( R ( ( R t getMetadataExpire s c C s | i S( N( R R9 ( R ( ( R t getRequiredTags s c C s# t | | i o | i | i j S( N( R R/ R t __class__R1 ( R R/ ( ( R R s c C s g } | i d | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d | i | i d d i | S( Ns Entitlement (content) {s Name .......... = %ss Label ......... = %ss Quantity ...... = %ss Flex Quantity . = %ss Vendor ........ = %ss URL ........... = %ss GPG Key ....... = %ss Enabled ....... = %ss Metadata Expire = %ss Required Tags . = %sR! s ( R R1 R R R: R R; R< R= R> R? R@ RA R ( R R ( ( R R s c C s t | S( N( R$ R ( R ( ( R R s c C s t | i S( N( R R R1 ( R ( ( R R s ( R R RC R R: R R; R< R= R> R? R@ RA R R R R ( ( ( R R s R c B s5 t Z d Z d Z d Z d Z d Z RS( Nc C s | i i d S( NR ( R R R ( R ( ( R R s c C s | i i d S( NR ( R R R ( R ( ( R t getDescription s c C s | i | i j S( N( R R R/ ( R R/ ( ( R R s c C s[ g } | i d | i d | i | i d | i | i d d i | S( Ns Entitlement (role) {s Name ......... = %ss Description .. = %sR! s ( R R1 R R RC R ( R R ( ( R R s c C s t | S( N( R$ R ( R ( ( R R s ( R R R RC R R R ( ( ( R R s t CertificateExceptionc B s t Z RS( N( R R ( ( ( R RD s (0 R< Rz t ret M2CryptoRE R t datetimeR2 Rd R t timeR. t subprocessR R R t loggingR5 t getLoggerR t logt compileR R R R R R R3 R? t objectR@ R R R R R` Rj R RH R R R R0 R R R| RD (% R@ R R` R R R R R RL RE R0 R. R R RE R Rd RD R R R R5 R R R R R2 R Rj RJ R R R3 R R? RH Rz ( ( R t ? sB &<oFH [6G