Warning: session_start(): Session cannot be started after headers have already been sent in /home/tvrreohg/public_html/manga.php on line 13
]jL d Z ddlmZ ddlmZ ddlmZ ddlmZ ddlm Z ddlm
Z
e g d Z e g d Z
ej ej ej ej ej ej d
Z G d d e Zd
S )z8Parse tokens from the lexer into nodes for the compiler. )nodes)imap)TemplateAssertionError)TemplateSyntaxError)describe_tokendescribe_token_expr) forifblockextendsprintmacroincludefromimportsetwith
autoescape)eqneltlteqgtgteq)addsubmuldivfloordivmodc l e Zd ZdZd7dZdefdZd Zd8dZd9dZ d8dZ
d8d Z d
Z d:d Z
d
Zd Zd Zd Zd Zd Zd Zd Zd Zd Zd Zd Zd Zd Zd Z d Z d;d Z dParserzThis is the central parsing class Jinja uses. It's passed to
extensions and can be used to parse expressions or statements.
Nc || _ | |||| | _ || _ || _ d| _ i | _ | D ]}|j D ]}|j | j |< d| _
g | _ g | _ d S )NF )
environment _tokenizestreamnamefilenameclosed
extensionsiter_extensionstagsparse_last_identifier
_tag_stack_end_token_stack)selfr& sourcer) r* state extensiontags D/opt/imunify360/venv/lib64/python3.11/site-packages/jinja2/parser.py__init__zParser.__init__+ s &!++FD(EJJ
$4466 7 7I ~
7
7'0$$
7 ! " c X || j j j } |||| j | j )zConvenience method that raises `exc` with the message, passed
line number or last line number as well as the current name and
filename.
)r( currentlinenor) r* )r3 msgr= excs r8 failz Parser.fail9 s0
>[(/Fc#vty$-888r: c g }|D ]*}| t t | +|r&d d |d D }nd }|dg}nd|z g}|r7| ||v r| d|z n| d|z | j r#| d| j d z | d | | d S )
Nz or c 3 : K | ]}d t | z V dS )z'%s'Nr ).0exprs r8 z&Parser._fail_ut_eof..G sA , ,7;,T222, , , , , ,r: zUnexpected end of template.z Encountered unknown tag '%s'.z_You probably made a nesting mistake. Jinja is expecting this tag, but currently looking for %s.z-Jinja was looking for the following tags: %s.z4The innermost block that needs to be closed is '%s'. )extendr r joinappendr1 r@ )r3 r) end_token_stackr= expectedexprscurrently_lookingmessages r8 _fail_ut_eofzParser._fail_ut_eofB s] $ > >E OOD!4e < < = = = = % & , ,?Nr?R, , , ! ! !% <45GG6=>G DH$4$4 12 -.
? NN"$(OB$78
#((7##V,,,,,r: c : | || j | S )zCalled if the parser encounters an unknown tag. Tries to fail
with a human readable error message that could help to identify
the problem.
)rP r2 )r3 r) r= s r8 fail_unknown_tagzParser.fail_unknown_tagg s
t' >vNNN r: c | j j }|j dk r| d|j | j |j d} |j t v rF t | d| j j j z |r| j
S S |j dk r0| |r| j
S S |j dk r0| |r| j
S S | j
|j }|' || |r| j
S S | j
d}| |j |j |r| j
dS dS # |r| j
w w xY w) zParse a single statement.r) ztag name expectedTparse_callfilterNF)r( r< r\ r@ r= r1 rJ value_statement_keywordsgetattrpopparse_call_blockparse_filter_blockr, getrR )r3 tokenpop_tagexts r8 parse_statementzParser.parse_statement s # : II)5< 8 8 8 u{+++ &{ 111JwtX 0C0I%IJJLL
&##%%%%
& {f$$,,..
&##%%%%
& {h&&..00
&##%%%%
& /%%ek22Cs4yy
&##%%%%
&
O ! ! !G ! !%+u| < < <
&##%%%%%
&
&w
&##%%%%
&s$ 7G ) G $ G +G ';G G Fc | j d | j d | | }| j j j dk r| | |rt | j |S )aR Parse multiple statements into a list until one of the end tokens
is reached. This is used to parse the body of statements as it also
parses template data if appropriate. The parser checks first if the
current token is a colon and skips it if there is one. Then it checks
for the block end and parses until if one of the `end_tokens` is
reached. Per default the active token in the stream at the end of
the call is the matched end token. If this is not wanted `drop_needle`
can be set to `True` and the end token is removed.
colonrZ eof)r( skip_ifexpectsubparser< r\ rW next)r3 rU drop_needleresults r8 parse_statementszParser.parse_statements s
G$$$
;''' z** ; #u , , MM* % % %
r: c r t | j j }| d }| j d r+| }t
j ||| S | d }| dd }t
j
|||| S )zParse an assign statement.T)with_namespaceassignra N)z name:endsetr~ ) r} r( r= parse_assign_targetrz parse_tupler Assign parse_filterr AssignBlock)r3 r= targetrD filter_nodebodys r8 parse_setzParser.parse_set s dk""))))>> ; x ( ( =##%%D<V<<< <''-- $$%54$HH d6JJJJr: c 0 | j d j }| d }| j d | dd }d}| j d r| }| j d
}| d }t | j j d k rg }n| d
d }t j ||||||| S )zParse a for loop.zname:for)name:in)r^ r F)name:recursive)
with_condexprr^ Nname:ifr ) name:endfor name:elseendfor)r Tr ra ) r( r{ r= r r rz parse_expressionr r} rl r For)r3 r= r itertest recursiver else_s r8 parse_forzParser.parse_for s ##J//6)),)GG 9%%% 1D
; y ) ) +((**DK''(899 $$%ABB "h . .EE))*:)MMEytUD)FSSSSr: c * t j | j d j x}} | d |_ | d |_ g |_ g |_
t | j }| d r?t j | j j j }|j
| | d r | d d
|_
|S ) zParse an if construct.r ra r Fr ) name:elifr
name:endifr r )r Tr )r Ifr( r{ r= r r r r elif_r r} r< rJ )r3 noder rs s r8 parse_ifzParser.parse_if s (:(:9(E(E(LMMMMv ((u(==DI --.VWWDIDJDJ%%Ezz+&&
X xt{':'ABBB ##D)))K((
X # 4 4_RV 4 W W
r: c D t j t | j j }g }g }| j j j dk r|r| j d | }| d |
| | j d |
| | j j j dk ||_ ||_
| dd |_ |S ) Nra rZ commaparamr )z name:endwithTr )r Withr} r( r= r< r\ r{ r set_ctxrJ r targetsvaluesr r )r3 r r r r s r8
parse_withzParser.parse_with s
zdk!2!2!9:::k!&+55
, ""7+++--//F NN7 # # # NN6 " " " K x ( ( ( MM$//11 2 2 2 k!&+55 ))*;)NN r: c t j t | j j }t j d| g|_ | dd |_ t j
|g S )Nra r )zname:endautoescapeTr ) r ScopedEvalContextModifierr} r( r= Keywordr optionsr r Scoper3 r s r8 parse_autoescapezParser.parse_autoescape sq .d4;6G6G6NOOO
lD4I4I4K4KLLM ))*At)TT {D6"""r: c t j t | j j }| j d j |_ | j d |_ | j j
j dk r| d |
dd |_ | j d |j z |S )
Nra r) z name:scopedr zpBlock names in Jinja have to be valid Python identifiers and may not contain hyphens, use an underscore instead.)z
name:endblockTr zname:)r Blockr} r( r= r{ rl r) rz scopedr< r\ r@ r r r s r8 parse_blockzParser.parse_block s {$t{"3"3":;;;K&&v..4 k))-88
; #u , , II&
))*<$)OO Gdi /000 r: c t j t | j j }| |_ |S )Nra )r Extendsr} r( r= r templater s r8
parse_extendszParser.parse_extends s9 }D$5$5$<=== --//
r: c $ | j j dd rh| j d r>C ((u555r: c t j t j j _ j d g _ fd} j r j d j j j
dk r | rn d }|j
d r" d
|j t j d r= d }j |j |j f n j |j | s j j j
dk rn n j d Gt% d
sd_ S )Nra z name:importc j j j dv rij d r=t j j dk _ j dS dS )N)r withoutr r TF)r( r< rl r r r} r r )r r3 s r8
parse_contextz(Parser.parse_from..parse_context= s} {"( - +""$$)).99 %)$5$5$;v$E! """t5r: r r r) Tr _z4names starting with an underline can not be imported)r? r r F)r
FromImportr} r( r= r r r{ namesr< r\ r r)
startswithr@ r rz rJ hasattrr )r3 r r aliasr s ` @r8
parse_fromzParser.parse_from7 s tDK'8'8'?@@@ --//
=)))
+z
, ""7+++{"'611 =?? 11D1AA;))#.. IIN
2
;&&y11 3 4 4t 4 D DEJ%%v{EJ&?@@@@J%%fk222 =?? dk&9&>'&I&I 'J ""6***+ +, t^,, & %D r: c P g x|_ }g x|_ }| j d | j j j dk r|r| j d | d }| d | j d r(| |
n|r| d | | | j j j dk | j d d S ) Nlparenr[ r Tr r r z-non-default argument follows default argument) argsdefaultsr( r{ r< r\ r r rz rJ r r@ )r3 r r r args r8 parse_signaturezParser.parse_signaturea s$ D#%%
8$$$k!&(22
, ""7+++**T*::C KK {""8,,
K 5 5 7 78888
K IJJJ KK k!&(22
8$$$$$r: c t j t | j j }| j j j dk r| | ng |_ g |_ |
|_ t |j t j
s| d|j | dd |_ |S )Nra r z
expected call)z name:endcallTr )r CallBlockr} r( r= r< r\ r r r r rj
isinstanceCallr@ r r r s r8 rp zParser.parse_call_blockq s d4;&7&7&>??? ; #x / / & & & &DI DM))++ $)UZ00 4 IIot{ 3 3 3))*;)NN r: c t j t | j j }| d d |_ | dd |_ |S )Nra T) start_inline)zname:endfilterr ) r FilterBlockr} r( r= r rk r r r s r8 rq zParser.parse_filter_block s\ T[(9(9(@AAA''4'@@ ))*=4)PP r: c t j t | j j }| d j |_ | | | dd |_ |S )Nra Tr )z
name:endmacror )
r Macror} r( r= r r) r r r r s r8 parse_macrozParser.parse_macro sp {$t{"3"3":;;;,,t,<<A T"""))*<$)OO r: c Z t j t | j j }g |_ | j j j dk rb|j r| j d |j | | j j j dk b|S )Nra rZ r )
r Outputr} r( r= r< r\ r{ rJ r r s r8 parse_printzParser.parse_print s |4 #4#4#;<<<
k!&+55z
, ""7+++ J d 3 3 5 5 6 6 6 k!&+55 r: Tc |r| j j dk ro| j d }t | j | j d }t j |j |j |j }n|r<| j d }t j |j d|j }nC|r|
d| }n| }| d |
s:| d|j j z |j |S )a Parse an assignment target. As Jinja allows assignments to
tuples, this function can parse all allowed assignment targets. Per
default assignments to tuples are parsed, that can be disable however
by setting `with_tuple` to `False`. If only assignments to names are
wanted `name_only` can be set to `True`. The `extra_end_rules`
parameter is forwarded to the tuple parsing function. If
`with_namespace` is enabled, a namespace assignment may be parsed.
dotr) ra storeT)
simplifiedr^ zcan't assign to %r)r( r r\ r{ r} r NSRefrl r= Namer
parse_primaryr
can_assignr@ __class____name__lower)r3
with_tupler r^ r rs attrr s r8 r zParser.parse_assign_target sU $dk . . 0 0 5 > >K&&v..E ;%%f--D[dj NNNFF
$K&&v..EZ WU\JJJFF
. )) #_ * ++-- NN7 # # # "" II$v'7'@'F'F'H'HH&-
r: c V |r| S | S )zParse an expression. Per default all expressions are parsed, if
the optional `with_condexpr` parameter is set to `False` conditional
expressions are not parsed.
)parse_condexprparse_or)r3 r s r8 r zParser.parse_expression s,
)&&(( (}} r: c | j j j }| }| j d r| }| j d r| }nd }t
j |||| }| j j j }| j d |S )Nr r ra )r( r< r= r rz r r CondExpr)r3 r= expr1expr2expr3s r8 r zParser.parse_condexpr s $+
k!!),, 0MMOOE{"";//
++-- N5%vFFFE[(/F k!!),, 0 r: c 0 | j j j }| }| j d rV| }t j ||| }| j j j }| j d V|S )Nname:orra )r( r< r= parse_andrz r Orr3 r= leftrights r8 r zParser.parse_or s $+~~ k!!),, 0NN$$E8D%777D[(/F k!!),, 0 r: c 0 | j j j }| }| j d rV| }t j ||| }| j j j }| j d V|S )Nname:andra )r( r< r= parse_notrz r Andr s r8 r zParser.parse_and s $+~~ k!!*-- 0NN$$E9T5888D[(/F k!!*-- 0 r: c | j j d rAt | j j }t j | | S | S )Nname:notra ) r( r< r r} r= r Notr
parse_compare)r3 r= s r8 r
zParser.parse_not s` ; # #J / / >$+&&-F9T^^ - -f=== =!!###r: c l | j j j }| }g } | j j j }|t
v rOt
| j | t j || n| j
d r;| t j d| n| j j d r| j d rU| j
d | t j d| nn| j j j }r|s|S t j ||| S )Nr r inr
r notinra )r( r< r= parse_math1r\ _compare_operatorsr} rJ r Operandrz r r r Compare)r3 r= rD ops
token_types r8 r zParser.parse_compare s $+ !! 0 ,1J ///T[!!!
5=T5E5E5G5GHHIIII$$Y//
5=t/?/?/A/ABBCCCC$))*55
$+:J:J:L:L:Q:Q; ;
###
5=$2B2B2D2DEEFFFF[(/F 0 K}T3v6666r: c b | j j j }| }| j j j dv rvt
| j j j }t
| j | } |||| }| j j j }| j j j dv v|S )N)r r ra )r( r< r= parse_concatr\ _math_nodesr} r3 r= r clsr s r8 r zParser.parse_math1 s $+ ""k!&.88 dk 1 67C %%''E3tU6222D[(/F k!&.88 r: c z | j j j }| g}| j j j dk rPt | j | | | j j j dk Pt | dk r|d S t j || S )Ntilder r% ra )
r( r< r= parse_math2r\ r} rJ lenr Concat)r3 r= r s r8 r zParser.parse_concat
s $+ ""#k!&'11 KK((** + + + k!&'11 t99>>7N|D0000r: c b | j j j }| }| j j j dv rvt
| j j j }t
| j | } |||| }| j j j }| j j j dv v|S )N)r r r r! ra )r( r< r= parse_powr\ r r} r s r8 r zParser.parse_math2 s $+~~ k!&*KKK dk 1 67C NN$$E3tU6222D[(/F k!&*KKK r: c D | j j j }| }| j j j dk ret | j | }t
j ||| }| j j j }| j j j dk e|S )Npowra )r( r< r= parse_unaryr\ r} r Powr s r8 r$ zParser.parse_pow s $+ !!k!&%// $$&&E9T5888D[(/F k!&%//
r: c | j j j }| j j j }|dk r>t | j t j | d | }nX|dk r>t | j t j | d | }n| }|
| }|r| | }|S )Nr Fra r ) r( r< r\ r= r} r Negr' Posr
parse_postfixparse_filter_expr)r3 with_filterr r= r s r8 r' zParser.parse_unary) s [(-
$+ 9T - -e 4 4VDDDDD
5
9T - -e 4 4VDDDDD%%''D!!$'' 0))$//D r: c | j j }|j dk r|j dv r#t j |j dv |j }nF|j dv r t j d |j }n!t j |j d|j }t | j n|j dk rt | j |j g}|j }| j j j dk rM| | j j j t | j | j j j dk Mt j d
| | }n|j d v r5t | j t j |j |j }n|j d
k rEt | j | d }| j d
nk|j dk r|
}nK|j dk r| }n+| dt! | z |j |S )Nr) )truefalseTrueFalse)r0 r2 ra )noneNoneloadstring )integerfloatr T)explicit_parenthesesr[ lbracketlbracezunexpected '%s')r( r< r\ rl r Constr= r r} rJ rI r r{
parse_list
parse_dictr@ r )r3 rs r bufr= s r8 r zParser.parse_primary9 s$ # : { @@@ {5;2B#B5<XXX 000 {4 === z%+velKKK
Z8
#
# ;-C\F+%*h66
4;.4555T[!!! +%*h66 ;rwws||F;;;DD
Z/
/
/ ;u{5<@@@DD
Z8
#
# ###>>D K x ( ( ( (
Z:
%
%??$$DD
Z8
#
#??$$DD II'.*?*?? N N N r: c j j j }|r j }n|r j }n fd}g }d} |r j d | rnH| | j j j dk rd}nn j j j }z|s;|r|d S |s/ dt j j z t j |d| S )
a Works like `parse_expression` but if multiple expressions are
delimited by a comma a :class:`~jinja2.nodes.Tuple` node is created.
This method could also return a regular expression instead of a tuple
if no commas where found.
The default parsing mode is a full tuple. If `simplified` is `True`
only names and literals are parsed. The `no_condexpr` parameter is
forwarded to :meth:`parse_expression`.
Because tuples do not require delimiters and may end in a bogus comma
an extra hint is needed that marks the end of a tuple. For example
for loops support tuples between `for` and `in`. In that case the
`extra_end_rules` is set to ``['name:in']``.
`explicit_parentheses` is true if the parsing was triggered by an
expression in parentheses. This is used to figure out if an empty
tuple is a valid expression or not.
c 0 d S )NFr )r )r3 s r8 r/ z!Parser.parse_tuple..parsez s ,,5,AAAr: Fr r Tr% z Expected an expression, got '%s'r6 ra )
r( r< r= r r r{ r_ rJ r\ r@ r r Tuple) r3 r r r^ r; r= r/ r is_tuples ` r8 r zParser.parse_tupleZ sQ 2 $+ B&EE
B)EE
B
B
B
B
B
0
, ""7+++ 11
KK {"'722 [(/F
0
Aw (
6$T[%899:
{47777r: c | j d }g }| j j j dk rn|r| j d | j j j dk rn<| | | j j j dk n| j d t
j ||j S )Nr< rbracketr ra ) r( r{ r< r\ rJ r r Listr= )r3 rs itemss r8 r? zParser.parse_list s "":..k!&*44
, ""7+++{"':55 LL..00 1 1 1 k!&*44
:&&&z% 5555r: c > | j d }g }| j j j dk r|r| j d | j j j dk rn| }| j d | }| t
j |||j | j j j dk | j d t
j ||j S )Nr= rbracer rx ra )
r( r{ r< r\ r rJ r Pairr= Dict)r3 rs rI keyrl s r8 r@ zParser.parse_dict s ""8,,k!&(22
, ""7+++{"'833''))C K w ' ' '))++E LLCszBBB C C C k!&(22
8$$$z% 5555r: c | j j j }|dk s|dk r| | }n |dk r| | }nnQ|S )Nr r r< r )r( r< r\ parse_subscript
parse_callr3 r r s r8 r, zParser.parse_postfix sm ,1JU""jJ&>&>++D11 x''t,, r: c | j j j }|dk r| | }nN|dk r+| j j j dk r| | }n |dk r| | }nn||S )Nr piper) isr )r( r< r\ r rl
parse_testrQ rR s r8 r- zParser.parse_filter_expr s ,1JV##((..v%%$+*=*Ct*K*Kt,, x''t,, r: c t | j }|j dk r| j j }t | j |j dk r"t j ||j d|j S |j dk r| d|j t j |j |j }t j
||d|j S |j dk rg }| j j j dk rX|r| j d | |
| j j j dk X| j d t | d
k r |d }n t j |d|j }t j
||d|j S | d |j d S )
Nr r) r6 ra r9 zexpected name or numberr< rG r r r% z expected subscript expression)r} r( r\ r< r Getattrrl r= r@ r> Getitemr{ rJ parse_subscribedr! rD )r3 r rs
attr_tokenr r s r8 rP zParser.parse_subscript s T[!! : ,J &(( }**F5< I-- 3Z5FGGG+j .z7HIIIC=sF5<HHH H : # #D+%*j88 0K&&w/// D 1 1 3 3444 +%*j88
K z * * *4yyA~~1gk$u|DDD=sF5<HHH H 15<@@@@@r: c 8 | j j j }| j j j dk rt | j d g}nB| }| j j j dk r|S t | j |g}| j j j dk r| d nP| j j j dvr(| | n| d | j j j dk ret | j | j j j dvr(| | n+| d n| d t j |d|iS )Nrx )rG r r= ) r( r< r= r\ r} r rJ r Slice)r3 r= r r s r8 rZ zParser.parse_subscribed s~ $+ ; #w . . 6DD((**D{"'722 6D ; #w . . KK
[
%-B
B
B KK--// 0 0 0 0 KK ; #w . . {"'/DDD D 1 1 3 34444 D!!!! KK {40&000r: c
j d
g }g }d x}}d}
fd} j j j dk r|r1 j d j j j dk rn j j j dk r; ||d u o|d u t j }n9 j j j dk r6 ||d u t j }n j j j dk r j j d k r| ||d u j j j } j d
} | t j || | j n; ||d u o|d u o| | d } j j j dk ԉ j d |||||fS t j
|||||
j S )
Nr Fc F | s dj d S d S )Nz+invalid syntax for function call expression)r@ r= )rD r3 rs s r8 ensurez!Parser.parse_call..ensure s5
W G VVVVV
W
Wr: r[ r r r& r) r r ra T)r( r{ r< r\ r} r r rl r rJ r r r= r ) r3 r r kwargsdyn_args
dyn_kwargs
require_commar` rN rl rs s ` @r8 rQ zParser.parse_call s ""8,, $$:
W W W W W W k!&(22
""7+++;&+x77{"'500x4'>J$,>???T[!!! 0022$)U22zT)***T[!!! ! 2 2 4 4
K',66 ((**/8;; F:-... +-3CK$$Q''' 1 1 3 3EMM%-U5<"P"P"PQQQQ F8t+Q
d0BQ6zRRRKK 5 5 7 7888 M= k!&(22>
8$$$ <:5 5z$fh
5<XXXXr: c P | j j j dk s|r
|st | j | j d }|j }| j j j dk rNt | j |d| j d j z z
}| j j j dk N| j j j dk r| d \ }}}}ng }g }d x}}t j |||||||j }d}| j j j dk
|
|S )NrT r) r .r ra F)
r( r< r\ r} r{ rl rQ r Filterr= ) r3 r r rs r) r ra rb rc s r8 r zParser.parse_filter< s< k!&&00L0
"T[!!!K&&v..E;D+%*e33T[!!!dk 0 0 8 8 >>> +%*e33 {"'83359__T5J5J2fh
(,,:<dD&(Ju| D !L# k!&&00L0$ r: c t | j }| j j d rt | j d}nd}| j d j }| j j j dk rNt | j |d| j d j z z
}| j j j dk Nd x}}g }| j j j dk r| d \ }}}}n| j j j dv r| j j d d
d sa| j j d r| d
|
} | | } | g}ng }t j
|||||||j }|rt j ||j }|S )Nr
TFr) r rf r )r) r7 r9 r: r r< r= r r r zname:isz'You cannot chain multiple tests with isra )r} r( r< r r{ rl r\ rQ r] r@ r r, r Testr= r )
r3 r rs negatedr) rb rc ra r arg_nodes
r8 rV zParser.parse_testQ s T[!! ; # #J / / GGG{!!&))/k!&%// C$+,,V44:: :D k!&%// !%$: ; #x / /15 1F1F .D&(JJ
[
% *
+%..{IzRR
{"'' 22
E CDDD))++H))(33H :DDDz $fh
5<
89T%,777D r: c 6 g g j }|| j | fd} | j r| j j }|j dk rF|j r) |t
j |j |j t | j n4|j dk rNt | j ||
d | j d n|j dk r | t | j |2 | j j j | r || j
S S | }t |t r | n | | j d nt% d
| j | || j
n!# || j
w w xY wS ) Nc rEd j } t j d d | d d = d S d S )Nr% ra )r= rJ r r )r= r data_buffers r8
flush_dataz#Parser.subparse..flush_data sY
#$Q . ELQQQ G G GHHH NNN
#
#r: datara variable_beginTr rY block_beginrZ zinternal parsing error)rJ r2 r( r< r\ rl r TemplateDatar= r} r r{ r] ro rv r rT rH AssertionError)r3 rU add_dataro rs rf r rn s @@r8 r| zParser.subparsew sU % ! ! ( ( 4 4 4 # # # # # # ,+
C +:'' { W !3EK !U!U!UVVV%%%%Z#333%%% HT - -D - A ABBBK&&~6666Z=00 JLLL%%%!-2N$+2E2N#3- $ %%))++++ & --//B!"d++ ( B BK&&{3333()ABBB1 +
C4
JLLL%%))+++ %%))++++ & s C>G8 BG8 8 Hc t j | d }| | j |S )z0Parse the whole template into a `Template` node.r ra )r Templater| set_environmentr& )r3 r s r8 r/ z Parser.parse s:
::: t /000
r: )NNN)N)NN)F)TFNF)T)FTNF)7r
__module__ __qualname____doc__r9 r r@ rP rR rW r_ rg rv r r r r r r r r r r r r r rp rq r r r r r r r r
r r r r r$ r' r r r? r@ r, r- rP rZ rQ r rV r| r/ r: r8 r# r# & s # # # # $)< 9 9 9 9#- #- #-JF F F F6 6 6 6 & & &8 6 K K KT T T& $ "# # # &
5
5
56 6 6( ( (T% % % # # # #J $ $ $ 7 7 7. 1 1 1 F " ?8 ?8 ?8 ?8B
6
6
6
6
6
6
A A A6 1 1 1>.Y .Y .Y` *$ $ $L. . . .` r: r# N)r{ r8 r _compatr
exceptionsr r lexerr r frozensetrm r AddSubMulDivFloorDivModr rb r# r| r: r8 r s > > . . . . . . + + + + + + ! ! ! ! ! ! & & & & & & i
Y G G GHH 9 9 9 9 9
E E E E EV E E E E Er: