File: //proc/2/cwd/usr/lib/python2.4/site-packages/yum/i18n.pyo
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Dummy Translation wrapper, just returning the same string.
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to_unicodet str( R ( ( t, /usr/lib/python2.4/site-packages/yum/i18n.pyt
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Dummy Plural Translation wrapper, just returning the singular or plural
string.
i N( t nt str1t str2( R R R ( ( R t dummyP_wrapper s
c C s d } t | d } | | | d j p | | | d j o t Sn xj | | j o\ | | d } | | | d j o | d } qK | | | d j o | d } qK t SqK Wt S( s9 auxiliary function for binary search in interval table. i i i N( t mint lent tablet maxt ucst Falset midt True( R R
R R R ( ( R t __utf8_bisearchB s *
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f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d! f d" d# f d$ d% f d& d& f d' d( f d) d) f d* d+ f d, d- f d. d. f d/ d/ f d0 d1 f d2 d2 f d3 d4 f d5 d6 f d7 d7 f d8 d9 f d: d; f d< d= f d> d? f d@ dA f dB dB f dC dD f dE dF f dG dG f dH dI f dJ dJ f dK dK f dL dL f dM dN f dO dO f dP dP f dQ dQ f dR dR f dS dS f dT dU f dV dW f dX dY f dZ d[ f d\ d\ f d] d] f d^ d^ f d_ d` f da db f dc dd f de de f df df f dg dh f di di f dj dj f dk dl f dm dn f do do f dp dq f dr ds f dt du f dv dw f dx dx f dy dy f dz dz f d{ d| f d} d~ f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f d d f g } | d j o d Sn | d j p | d j o
| d j o d Sn t | | o d Sn d | d j o| d j p| d j p| d j p | d j o | d j o
| d j p | d j o
| d j p | d j o
| d j p | d j o
| d j p | d j o
| d j pe | dj o
| dj pK | dj o
| dj p1 | dj o
| dj p | dj o
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s+ Get the textual width of a ucs character. i io i i i i i i i i i i i i i i i i iK i^ ip i i i i i i i i i0 iJ i i i i i i i< iA iH iM iQ iT ib ic i i i i i i i i
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ig ii is i i i i i iB iD i i i i i i i i i ii i i_ i)# i*# i. iϤ i?0 i i i i i i i0 io i i` i i i i i i N( t combiningR R ( R R ( ( R t __utf8_ucp_widthU s 3
'c c s% x t | D] } t | Vq
Wd S( N( t to_utf8t msgt bytet ord( R R ( ( R t __utf8_iter_ints s
c c s t | } xq| D]i} | d j o | d f Vq | d @d j oX | i } | d @d j p | d @d j o d Vd Sn | d @d >| d @Bd f Vq | d
@d j o | i } | i } | d @d j px | d @d j pg | d j o | d @d j pI | d j o | d @d j p+ | d
j o* | d j o | d @d j o d Vd Sn | d @d >| d @d >B| d @Bd f Vq | d @d
j o | i } | i } | i } | d @d j pg | d @d j pV | d @d j pE | d
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| d j o d Vd Sn | d @d >| d @d >B| d @d >B| d @Bd f Vq d Vd Sq Wd S( Ni i i i i i i i i? i i i i i i i i i i i i i i i ( Ni ( Ni ( Ni ( Ni ( R R t uitert byte0t nextt byte1t Nonet byte2t byte3( R R R R R R ( ( R t __utf8_iter_ucs s8
" * x6c C sR d } xE t | D]7 \ } } | d j o | | 7} q | t | 7} q W| S( s) Get the textual width of a utf8 string. i N( t retR R R t bytesR R ( R R R! R ( ( R t
utf8_width s
c C s | d j p t | | j o t | | f Sn d } t | t } d } t | } x~ t
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t | } | d j o | | | j o | | } Pn | | 7} | | 7} qh W| o t | } n | | f S( s Return the textual width of a utf8 string, chopping it to a specified
value. This is what you want to use instead of %.*s, as it does the
"right" thing with regard to utf-8 sequences. Eg.
"%.*s" % (10, msg) <= becomes => "%s" % (utf8_width_chop(msg, 10)) i N( t chopR R" R R t
isinstancet unicodet passed_unicodet msg_bytesR R R R! t widthR R ( R R# R R& R! R R( R' ( ( R t utf8_width_chop s(
t c C s | } t | | \ } } | | j o. | p | o d i | | | g } q nP d | | } | o d i | | | | g } n d i | | | | g } t | t o t
| Sn | S( s Expand a utf8 msg to a specified "width" or chop to same.
Expansion can be left or right. This is what you want to use instead of
%*.*s, as it does the "right" thing with regard to utf-8 sequences.
prefix and suffix should be used for "invisible" bytes, like
highlighting.
Eg.
"%-*.*s" % (10, 20, msg)
<= becomes =>
"%s" % (utf8_width_fill(msg, 10, 20)).
"%20.10s" % (msg)
<= becomes =>
"%s" % (utf8_width_fill(msg, 20, 10, left=False)).
"%s%.10s%s" % (prefix, msg, suffix)
<= becomes =>
"%s" % (utf8_width_fill(msg, 0, 10, prefix=prefix, suffix=suffix)).
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passed_msgR) R# R( t fillt prefixt suffixt joint extrat leftR$ R% R ( R R- R# R2 R. R/ R1 R( R, ( ( R t utf8_width_fill s
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Wt S( s. Return True/False is the text is valid utf8. N( R R R R! R R
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utf8_valid" s
c G sm d } x | D] } | t | 7} q
W| | j o t Sn d } x | D] } | t | 7} qI W| | j S( s{ Minor speed hack, we often want to know "does X fit in Y". It takes
"a while" to work out a utf8_width() (see above), and we know that a
utf8 character is always <= byte. So given:
assert bytes >= characters
characters <= width?
...we can change to:
bytes <= width or characters <= width
...and bytes are much faster. i N( R t argst argR R( R R" ( R( R5 R R6 ( ( R t _utf8_width_le) s
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d } n | o | i d } | } n t | | | o$ t } | i | | | } q n t } | i
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oA t | t | j o( | i | i d | d | } n | |
7} | d 7} q'W| i d d } q W| o | i | i d n | o t t! | Sn | S(
sl Works like we want textwrap.wrap() to work, uses utf-8 data and
doesn't screw up lists/blocks/etc. c s d } d } x* | D]" } | d j o Pn | d 7} q W| d
j o | d f Sn t | | d d } | d j oP | | t | } | d p | d } | o | | d | f Sq n | d f S( Ni t XR+ i t -t *t .t os s •s ‣s ∘( R9 R: R; R< s ( R9 R: R; R< s •s ‣s ∘( t countR t lineR) t list_chrt _indent_at_begR t nxt( R> R= RA R? R ( R@ ( R R@ T s
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s R+ i i i R* N(" R$ t textR% R& R@ R t initial_indentt subsequent_indentt rstript replacet splitt linesR t indentR
t wrap_lastt csabt cspc_indentR> t lsabt lspc_indentt force_nlR R t appendt lstripR7 R( t wordst spcst wordR" t mapR ( RB R( RC RD RJ RK R R@ RS R& RT RO RL RR RI R> RN RM RH ( ( R@ R t utf8_text_wrapA st %
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c O s d i t | | | S( sl Works like we want textwrap.fill() to work, uses utf-8 data and
doesn't screw up lists/blocks/etc. s
N( R0 RV RB R5 t kwargs( RB R5 RW ( ( R t utf8_text_fill s s utf-8RF c C s> t | t o* t | t p t | | | } q: n | S( s convert a 'str' to 'unicode' N( R$ t objt
basestringR% t encodingt errors( RY R[ R\ ( ( R R s
c C s* t | t o | i d | } n | S( s2 convert 'unicode' to an encoded utf-8 byte string s utf-8N( R$ RY R% t encodeR\ ( RY R\ ( ( R R s c C s2 y t | | | SWn t j
o | Sn Xd S( s. Don't ask don't tell, only use when you must N( R RY R[ R\ t UnicodeEncodeError( RY R[ R\ ( ( R t to_unicode_maybe s
c C s$ t | t p t | } n | S( s1 Convert something to a string, if it isn't one. N( R$ RY RZ R ( RY ( ( R t to_str s Nt yumt fallbackt __main__c C s t | } d G| GHd Gt | GHt | } d G| GHd Gt | GHd Gt | GHd Gt | GHd Gd d t | d d
d f GHd Gd d t | d d
d f GHd Gd d t | d d d f GHd Gd d t | d d d f GHd Gd d t | d
d
d f GHd Gd d t | d
d d f GHd Gd d t | d
d d f GHd Gd d t | d d d f GHd Gd d t | d d d f GHd GHd S( Ns UTF8 :s len :s USC :s valid:s width:s 4.8 :s %s%s%st <i i t >s 4.3 :i s 4.2 :i s 4.1 :i s 3.3 :s 3.2 :s 3.1 :s 40.79:i( iO s 40.20:i R* ( R R6 R R R4 R" R3 ( R6 ( ( R t out s$ """""""""s ---- Arguments/str ---- i s ---- Arguments/gettext ---- i s ---- Arguments/str/all ---- s! ---- Arguments/gettext/all ---- i (# R R R R R R R" R R) R R3 R4 R7 RV RX R R R_ R` t _t P_t gettextt translationt tt ugettextt ungettextt __name__t sysRf t argvR6 t UnicodeDecodeErrorR RU t exit( R R R3 R RV R4 RX R6 R R_ Rf R Rh Ri Ro R Rg R R) R` Rk R" R R7 ( ( R t ? sj + R +
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