Here is an XML for Cython syntax highlighting in katepart (e.g. KATE and
KDevelop). I made this because KATE is my faviourite text edior (feel
free to call me a heretic for not using emacs). Unfortunately, the
Python highlighting for KDE contains several bugs. And the Pyrex/Cython
version that circulates on the web builds on this and introduces a
couple more. I have tried to clean it up. Note that this will also
highlight numpy.* or np.*, if * is a type or function you get from
"cimport numpy" or "import numpy". This works on Windows as well, if you
have installed KDE for Windows. Just copy the XML to:
~/.kde/share/apps/katepart/syntax/
C:\kde\share\apps\katepart\syntax (or whereever you have KDE installed)
and "Cython with NumPy" shows up under Sources. Anyway, this is the
syntax high-lighter I use to write Cython. Feel free to use it as you wish.
P.S. I am also cleaning up Python high-lighting for KDE. Not done yet,
but I will post a "Python with NumPy" highlighter later on if this is
interesting.
P.P.S. This also covers Pyrex, but add in some Cython stuff.
Sturla Molden
<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE language>
<!-- Python syntax highlightning v0.9 by Per Wigren -->
<!-- Python syntax highlighting v1.9 by Michael Bueker (improved keyword differentiation) -->
<!-- Python syntax highlighting v1.97 by Paul Giannaros -->
<!-- Pyrex syntax highlighting v0.1 by Matthew Marshall -->
<!-- Cython syntax highlighting v1.0 by Martin Gysel -->
<!-- Cython syntax highlighting v1.1 by Sturla Molden -->
<language name="Cython with NumPy" version="1.1" kateversion="2.4" section="Sources" extensions="*.pyx;*.pxi;*.pxd" mimetype="application/x-cython;text/x-cython" casesensitive="1" author="Sturla Molden" license="">
<highlighting>
<list name="imports">
<item> import </item>
<item> from </item>
<item> as </item>
</list>
<list name="cimport">
<!-- might be used to trigger special highlighting after cimport cython and cimport numpy -->
<item> cimport </item>
</list>
<list name="prep">
<item> DEF </item>
<item> IF </item>
<item> ELIF </item>
<item> ELSE </item>
<item> include </item>
</list>
<list name="defs">
<item> class </item>
<item> cdef </item>
<item> cpdef </item>
<item> extern </item>
<item> ctypedef </item>
<item> def </item>
<item> del </item>
<item> global </item>
<item> lambda </item>
<item> struct </item>
<item> enum </item>
<item> property </item>
<item> readonly </item>
<item> public </item>
<item> nogil </item>
<item> gil </item>
</list>
<list name="operators">
<item> and </item>
<item> assert </item>
<item> in </item>
<item> is </item>
<item> not </item>
<item> or </item>
<item> sizeof </item>
</list>
<list name="commands">
<!-- <item> exec </item> -->
<item> print </item>
</list>
<list name="flow">
<item> break </item>
<item> continue </item>
<item> elif </item>
<item> else </item>
<item> except </item>
<item> finally </item>
<item> for </item>
<item> if </item>
<item> pass </item>
<item> raise </item>
<item> return </item>
<item> try </item>
<item> while </item>
<item> with </item>
<!-- <item> yield </item> -->
</list>
<list name="builtinfuncs">
<item> __import__ </item>
<item> abs </item>
<item> all </item>
<item> any </item>
<item> apply </item>
<item> basestring </item>
<item> buffer </item>
<item> callable </item>
<item> chr </item>
<item> classmethod </item>
<item> cmp </item>
<item> coerce </item>
<item> compile </item>
<item> delattr </item>
<item> dir </item>
<item> divmod </item>
<item> enumerate </item>
<item> eval </item>
<item> execfile </item>
<item> filter </item>
<item> getattr </item>
<!-- <item> globals </item> -->
<item> hasattr </item>
<item> hash </item>
<item> hex </item>
<item> id </item>
<item> input </item>
<item> intern </item>
<item> isinstance </item>
<item> issubclass </item>
<item> iter </item>
<item> len </item>
<!-- <item> locals </item> -->
<item> map </item>
<item> max </item>
<item> min </item>
<item> oct </item>
<item> open </item>
<item> ord </item>
<item> pow </item>
<!-- <item> property </item> -->
<item> range </item>
<item> raw_input </item>
<item> reduce </item>
<item> reload </item>
<item> repr </item>
<item> reversed </item>
<item> round </item>
<item> setattr </item>
<item> sorted </item>
<item> staticmethod </item>
<item> sum </item>
<item> super </item>
<item> type </item>
<item> unichr </item>
<item> unicode </item>
<!-- <item> vars </item> -->
<item> xrange </item>
<item> zip </item>
</list>
<list name="ctypes">
<!-- native types -->
<item> unsigned </item>
<item> void </item>
<item> enum </item>
<item> double </item>
<item> long </item>
<item> short </item>
<item> char </item>
<item> Py_ssize_t </item>
<item> Py_intptr_t </item>
<item> Py_buffer </item>
<item> bint </item>
<!-- python types -->
</list>
<list name="pytypes">
<item> int </item>
<item> float </item>
<item> object </item>
<item> list </item>
<item> tuple </item>
<item> str </item>
<item> dict </item>
<item> set </item>
<item> frozenset </item>
<item> slice </item>
<item> bool </item>
<item> complex </item>
<item> file </item>
<!-- numpy types -->
</list>
<list name="numpyselector">
<item> np </item>
<item> numpy </item>
</list>
<list name="numpymodule">
<item> numpy </item>
</list>
<list name="cythonmodule">
<item> cython </item>
</list>
<list name="numpytypes">
<item> dtype </item>
<item> flatiter </item>
<item> broadcast </item>
<item> ndarray </item>
<item> int8_t </item>
<item> int16_t </item>
<item> int32_t </item>
<item> int64_t </item>
<item> uint8_t </item>
<item> uint16_t </item>
<item> uint32_t </item>
<item> uint64_t </item>
<item> float32_t </item>
<item> float64_t </item>
<item> complex64_t </item>
<item> complex128_t </item>
<item> int_t </item>
<item> long_t </item>
<item> uint_t </item>
<item> ulong_t </item>
<item> float_t </item>
<item> double_t </item>
<item> longdouble_t </item>
<item> cfloat_t </item>
<item> cdouble_t </item>
<item> clongdouble_t </item>
<item> complex_t </item>
<item> npy_int8 </item>
<item> npy_int16 </item>
<item> npy_int32 </item>
<item> npy_int64 </item>
<item> npy_int96 </item>
<item> npy_int128 </item>
<item> npy_uint8 </item>
<item> npy_uint16 </item>
<item> npy_uint32 </item>
<item> npy_uint64 </item>
<item> npy_uint96 </item>
<item> npy_uint128 </item>
<item> npy_float32 </item>
<item> npy_float64 </item>
<item> npy_float80 </item>
<item> npy_float96 </item>
<item> npy_float128 </item>
<item> npy_complex64 </item>
<item> npy_complex128 </item>
<item> npy_complex120 </item>
<item> npy_complex192 </item>
<item> npy_complex256 </item>
<item> npy_cfloat </item>
<item> npy_cdouble </item>
<item> npy_clongdouble </item>
<item> npy_bool </item>
<item> npy_byte </item>
<item> npy_short </item>
<item> npy_int </item>
<item> npy_long </item>
<item> npy_longlong </item>
<item> npy_ubyte </item>
<item> npy_ushort </item>
<item> npy_uint </item>
<item> npy_ulong </item>
<item> npy_ulonglong </item>
<item> npy_float </item>
<item> npy_double </item>
<item> npy_longdouble </item>
<item> npy_intp </item>
</list>
<list name="numpyfuncs">
<item> DataSource </item>
<item> MachAr </item>
<item> PackageLoader </item>
<item> RankWarning </item>
<item> Tester </item>
<item> abs </item>
<item> absolute </item>
<item> add </item>
<item> add_docstring </item>
<item> add_newdoc </item>
<item> alen </item>
<item> all </item>
<item> allclose </item>
<item> alltrue </item>
<item> alterdot </item>
<item> amax </item>
<item> amin </item>
<item> angle </item>
<item> any </item>
<item> append </item>
<item> apply_along_axis </item>
<item> apply_over_axes </item>
<item> arange </item>
<item> arccos </item>
<item> arccosh </item>
<item> arcsin </item>
<item> arcsinh </item>
<item> arctan </item>
<item> arctan2 </item>
<item> arctanh </item>
<item> argmax </item>
<item> argmin </item>
<item> argsort </item>
<item> argwhere </item>
<item> around </item>
<item> array </item>
<item> array2string </item>
<item> array_equal </item>
<item> array_equiv </item>
<item> array_repr </item>
<item> array_split </item>
<item> array_str </item>
<item> asanyarray </item>
<item> asarray </item>
<item> asarray_chkfinite </item>
<item> ascontiguousarray </item>
<item> asfarray </item>
<item> asfortranarray </item>
<item> asmatrix </item>
<item> asscalar </item>
<item> atleast_1d </item>
<item> atleast_2d </item>
<item> atleast_3d </item>
<item> average </item>
<item> bartlett </item>
<item> base_repr </item>
<item> bench </item>
<item> binary_repr </item>
<item> bincount </item>
<item> bitwise_and </item>
<item> bitwise_not </item>
<item> bitwise_or </item>
<item> bitwise_xor </item>
<item> blackman </item>
<item> bmat </item>
<item> bool </item>
<item> bool8 </item>
<item> bool_ </item>
<item> broadcast </item>
<item> broadcast_arrays </item>
<item> byte </item>
<item> byte_bounds </item>
<item> can_cast </item>
<item> cdouble </item>
<item> ceil </item>
<item> cfloat </item>
<item> character </item>
<item> chararray </item>
<item> choose </item>
<item> clip </item>
<item> clongdouble </item>
<item> clongfloat </item>
<item> column_stack </item>
<item> common_type </item>
<item> compare_chararrays </item>
<item> complex </item>
<item> complex128 </item>
<item> complex192 </item>
<item> complex64 </item>
<item> complex_ </item>
<item> complexfloating </item>
<item> compress </item>
<item> concatenate </item>
<item> conj </item>
<item> conjugate </item>
<item> convolve </item>
<item> copy </item>
<item> corrcoef </item>
<item> correlate </item>
<item> cos </item>
<item> cosh </item>
<item> cov </item>
<item> cross </item>
<item> csingle </item>
<item> cumprod </item>
<item> cumproduct </item>
<item> cumsum </item>
<item> deg2rad </item>
<item> degrees </item>
<item> delete </item>
<item> deprecate </item>
<item> deprecate_with_doc </item>
<item> diag </item>
<item> diagflat </item>
<item> diagonal </item>
<item> diff </item>
<item> digitize </item>
<item> disp </item>
<item> divide </item>
<item> dot </item>
<item> double </item>
<item> dsplit </item>
<item> dstack </item>
<item> dtype </item>
<item> ediff1d </item>
<item> empty </item>
<item> empty_like </item>
<item> equal </item>
<item> errstate </item>
<item> exp </item>
<item> exp2 </item>
<item> expand_dims </item>
<item> expm1 </item>
<item> extract </item>
<item> eye </item>
<item> fabs </item>
<item> fastCopyAndTranspose </item>
<item> find_common_type </item>
<item> finfo </item>
<item> fix </item>
<item> flatiter </item>
<item> flatnonzero </item>
<item> flexible </item>
<item> fliplr </item>
<item> flipud </item>
<item> float </item>
<item> float32 </item>
<item> float64 </item>
<item> float96 </item>
<item> float_ </item>
<item> floating </item>
<item> floor </item>
<item> floor_divide </item>
<item> fmax </item>
<item> fmin </item>
<item> fmod </item>
<item> frexp </item>
<item> frombuffer </item>
<item> fromfile </item>
<item> fromfunction </item>
<item> fromiter </item>
<item> frompyfunc </item>
<item> fromregex </item>
<item> fromstring </item>
<item> fv </item>
<item> generic </item>
<item> genfromtxt </item>
<item> get_array_wrap </item>
<item> get_include </item>
<item> get_numarray_include </item>
<item> get_numpy_include </item>
<item> get_printoptions </item>
<item> getbuffer </item>
<item> getbufsize </item>
<item> geterr </item>
<item> geterrcall </item>
<item> geterrobj </item>
<item> gradient </item>
<item> greater </item>
<item> greater_equal </item>
<item> hamming </item>
<item> hanning </item>
<item> histogram </item>
<item> histogram2d </item>
<item> histogramdd </item>
<item> hsplit </item>
<item> hstack </item>
<item> hypot </item>
<item> i0 </item>
<item> identity </item>
<item> imag </item>
<item> indices </item>
<item> inexact </item>
<item> info </item>
<item> inner </item>
<item> insert </item>
<item> int </item>
<item> int0 </item>
<item> int16 </item>
<item> int32 </item>
<item> int64 </item>
<item> int8 </item>
<item> int_ </item>
<item> int_asbuffer </item>
<item> intc </item>
<item> integer </item>
<item> interp </item>
<item> intersect1d </item>
<item> intersect1d_nu </item>
<item> intp </item>
<item> invert </item>
<item> ipmt </item>
<item> irr </item>
<item> iscomplex </item>
<item> iscomplexobj </item>
<item> isfinite </item>
<item> isfortran </item>
<item> isinf </item>
<item> isnan </item>
<item> isneginf </item>
<item> isposinf </item>
<item> isreal </item>
<item> isrealobj </item>
<item> isscalar </item>
<item> issctype </item>
<item> issubclass_ </item>
<item> issubdtype </item>
<item> issubsctype </item>
<item> iterable </item>
<item> ix_ </item>
<item> kaiser </item>
<item> kron </item>
<item> ldexp </item>
<item> left_shift </item>
<item> less </item>
<item> less_equal </item>
<item> lexsort </item>
<item> linspace </item>
<item> load </item>
<item> loads </item>
<item> loadtxt </item>
<item> log </item>
<item> log10 </item>
<item> log1p </item>
<item> log2 </item>
<item> logaddexp </item>
<item> logaddexp2 </item>
<item> logical_and </item>
<item> logical_not </item>
<item> logical_or </item>
<item> logical_xor </item>
<item> logspace </item>
<item> long </item>
<item> longcomplex </item>
<item> longdouble </item>
<item> longfloat </item>
<item> longlong </item>
<item> lookfor </item>
<item> mafromtxt </item>
<item> mat </item>
<item> matrix </item>
<item> max </item>
<item> maximum </item>
<item> maximum_sctype </item>
<item> may_share_memory </item>
<item> mean </item>
<item> median </item>
<item> memmap </item>
<item> meshgrid </item>
<item> min </item>
<item> minimum </item>
<item> mintypecode </item>
<item> mirr </item>
<item> mod </item>
<item> modf </item>
<item> msort </item>
<item> multiply </item>
<item> nan_to_num </item>
<item> nanargmax </item>
<item> nanargmin </item>
<item> nanmax </item>
<item> nanmin </item>
<item> nansum </item>
<item> ndarray </item>
<item> ndenumerate </item>
<item> ndfromtxt </item>
<item> ndim </item>
<item> ndindex </item>
<item> negative </item>
<item> newbuffer </item>
<item> nonzero </item>
<item> not_equal </item>
<item> nper </item>
<item> npv </item>
<item> number </item>
<item> obj2sctype </item>
<item> object </item>
<item> object0 </item>
<item> object_ </item>
<item> ones </item>
<item> ones_like </item>
<item> outer </item>
<item> packbits </item>
<item> piecewise </item>
<item> pkgload </item>
<item> place </item>
<item> pmt </item>
<item> poly </item>
<item> poly1d </item>
<item> polyadd </item>
<item> polyder </item>
<item> polydiv </item>
<item> polyfit </item>
<item> polyint </item>
<item> polymul </item>
<item> polysub </item>
<item> polyval </item>
<item> power </item>
<item> ppmt </item>
<item> prod </item>
<item> product </item>
<item> ptp </item>
<item> put </item>
<item> putmask </item>
<item> pv </item>
<item> rad2deg </item>
<item> radians </item>
<item> rank </item>
<item> rate </item>
<item> ravel </item>
<item> real </item>
<item> real_if_close </item>
<item> recarray </item>
<item> recfromcsv </item>
<item> recfromtxt </item>
<item> reciprocal </item>
<item> record </item>
<item> remainder </item>
<item> repeat </item>
<item> require </item>
<item> reshape </item>
<item> resize </item>
<item> restoredot </item>
<item> right_shift </item>
<item> rint </item>
<item> roll </item>
<item> rollaxis </item>
<item> roots </item>
<item> rot90 </item>
<item> round </item>
<item> round_ </item>
<item> row_stack </item>
<item> safe_eval </item>
<item> save </item>
<item> savetxt </item>
<item> savez </item>
<item> sctype2char </item>
<item> searchsorted </item>
<item> select </item>
<item> set_numeric_ops </item>
<item> set_printoptions </item>
<item> set_string_function </item>
<item> setbufsize </item>
<item> setdiff1d </item>
<item> seterr </item>
<item> seterrcall </item>
<item> seterrobj </item>
<item> setmember1d </item>
<item> setxor1d </item>
<item> shape </item>
<item> short </item>
<item> show_config </item>
<item> sign </item>
<item> signbit </item>
<item> signedinteger </item>
<item> sin </item>
<item> sinc </item>
<item> single </item>
<item> singlecomplex </item>
<item> sinh </item>
<item> size </item>
<item> sometrue </item>
<item> sort </item>
<item> sort_complex </item>
<item> source </item>
<item> split </item>
<item> sqrt </item>
<item> square </item>
<item> squeeze </item>
<item> std </item>
<item> str </item>
<item> str_ </item>
<item> string0 </item>
<item> string_ </item>
<item> subtract </item>
<item> sum </item>
<item> swapaxes </item>
<item> take </item>
<item> tan </item>
<item> tanh </item>
<item> tensordot </item>
<item> test </item>
<item> tile </item>
<item> trace </item>
<item> transpose </item>
<item> trapz </item>
<item> tri </item>
<item> tril </item>
<item> trim_zeros </item>
<item> triu </item>
<item> true_divide </item>
<item> trunc </item>
<item> typename </item>
<item> ubyte </item>
<item> ufunc </item>
<item> uint </item>
<item> uint0 </item>
<item> uint16 </item>
<item> uint32 </item>
<item> uint64 </item>
<item> uint8 </item>
<item> uintc </item>
<item> uintp </item>
<item> ulonglong </item>
<item> unicode </item>
<item> unicode0 </item>
<item> unicode_ </item>
<item> union1d </item>
<item> unique </item>
<item> unique1d </item>
<item> unpackbits </item>
<item> unravel_index </item>
<item> unsignedinteger </item>
<item> unwrap </item>
<item> ushort </item>
<item> vander </item>
<item> var </item>
<item> vdot </item>
<item> vectorize </item>
<item> void </item>
<item> void0 </item>
<item> vsplit </item>
<item> vstack </item>
<item> where </item>
<item> who </item>
<item> zeros </item>
<item> zeros_like </item>
</list>
<list name="specialvars">
<item> __name__ </item>
<item> __slots__ </item>
<item> __cythonbufferdefaults__ </item>
<item> None </item>
<item> self </item>
<item> True </item>
<item> False </item>
<item> NotImplemented </item>
<item> Ellipsis </item>
<item> NULL </item>
</list>
<contexts>
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<keyword attribute="Import Keyword" String="cimport" context="#stay"/>
<keyword attribute="Import Keyword" String="imports" context="#stay"/>
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<keyword attribute="Definition Keyword" String="defs" context="#stay"/>
<keyword attribute="Operator" String="operators" context="#stay"/>
<keyword attribute="Command Keyword" String="commands" context="#stay"/>
<keyword attribute="Flow Control Keyword" String="flow" context="#stay"/>
<keyword attribute="Builtin Function" String="builtinfuncs" context="#stay"/>
<keyword attribute="Special Variable" String="specialvars" context="#stay"/>
<keyword attribute="C Type" context="#stay" String="ctypes" />
<keyword attribute="Python Type" context="#stay" String="pytypes" />
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<RegExpr attribute="Normal" String="[a-zA-Z_][a-zA-Z_0-9]+" context="#stay"/>
<RegExpr attribute="Raw String" String="[rR]'''" context="Raw Tripple A-string"/>
<RegExpr attribute="Raw String" String="[rR]"""" context="Raw Tripple Q-string"/>
<RegExpr attribute="Raw String" String="[rR]'" context="Raw A-string"/>
<RegExpr attribute="Raw String" String="[rR]"" context="Raw Q-string"/>
<RegExpr attribute="Comment" String="#.*$" context="#stay"/>
<RegExpr attribute="Comment" String="^\s*'''" context="Tripple A-comment" beginRegion="Tripple A-region"/>
<RegExpr attribute="Comment" String="^\s*"""" context="Tripple Q-comment" beginRegion="Tripple Q-region"/>
<StringDetect attribute="String" String="'''" context="Tripple A-string" beginRegion="Tripple A-region"/>
<StringDetect attribute="String" String=""""" context="Tripple Q-string" beginRegion="Tripple Q-region"/>
<DetectChar attribute="String" char="'" context="Single A-string"/>
<DetectChar attribute="String" char=""" context="Single Q-string"/>
<DetectChar attribute="Operator" char="(" context="parenthesised" beginRegion="parenthesis"/>
<DetectChar attribute="Operator" char=")" context="#stay" endRegion="parenthesis"/>
<RegExpr attribute="Operator" String="[+*/%\|=;\!<>!^&~-]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
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<context name="numpy" attribute="Normal Text" lineEndContext="#stay" noIndentationBasedFolding="True">
<!-- highlight types in numpy.pxd after cimport numpy -->
<DetectChar attribute="Dot" context="#stay" char="." />
<keyword attribute="NumPy Type" context="#pop" String="numpytypes" />
<keyword attribute="NumPy Function" context="#pop" String="numpyfuncs" />
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<context name="parenthesised" attribute="Normal Text" lineEndContext="#stay" noIndentationBasedFolding="True">
<IncludeRules context="Normal" />
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<context name="Tripple A-comment" attribute="Comment" lineEndContext="#stay" noIndentationBasedFolding="True">
<StringDetect attribute="Comment" String="'''" context="#pop" endRegion="Tripple A-region"/>
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<HlCChar attribute="Comment" context="#stay"/>
<RegExpr attribute="Comment" String=""""" context="#pop" endRegion="Tripple Q-region"/>
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<context name="Tripple A-string" attribute="String" lineEndContext="#stay" noIndentationBasedFolding="True">
<HlCStringChar attribute="String Char" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String" String="'''" context="#pop" endRegion="Tripple A-region"/>
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<context name="Raw Tripple A-string" attribute="Raw String" lineEndContext="#stay" noIndentationBasedFolding="True">
<HlCStringChar attribute="Raw String" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String" String="'''" context="#pop" endRegion="Tripple A-region"/>
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<context name="Tripple Q-string" attribute="String" lineEndContext="#stay" noIndentationBasedFolding="True">
<HlCStringChar attribute="String Char" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String" String=""""" context="#pop" endRegion="Tripple Q-region"/>
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<context name="Raw Tripple Q-string" attribute="Raw String" lineEndContext="#stay" noIndentationBasedFolding="True">
<HlCStringChar attribute="Raw String" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String" String=""""" context="#pop" endRegion="Tripple Q-region"/>
</context>
<context name="Single A-comment" attribute="Comment" lineEndContext="#stay">
<HlCStringChar attribute="Comment" context="#stay"/>
<DetectChar attribute="Comment" char="'" context="#pop"/>
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<context name="Single Q-comment" attribute="Comment" lineEndContext="#stay">
<HlCStringChar attribute="Comment" context="#stay"/>
<DetectChar attribute="Comment" char=""" context="#pop"/>
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<context name="Single A-string" attribute="String" lineEndContext="#stay">
<HlCStringChar attribute="String Char" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<DetectChar attribute="String" char="'" context="#pop"/>
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<context name="Single Q-string" attribute="String" lineEndContext="#stay">
<HlCStringChar attribute="String Char" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<DetectChar attribute="String" char=""" context="#pop"/>
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<context name="Raw A-string" attribute="Raw String" lineEndContext="#stay">
<HlCStringChar attribute="Raw String" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<DetectChar attribute="Raw String" char="'" context="#pop"/>
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<context name="Raw Q-string" attribute="Raw String" lineEndContext="#stay">
<HlCStringChar attribute="Raw String" context="#stay"/>
<RegExpr attribute="String Substitution" String="%\([a-zA-Z0-9_]+\)[a-zA-Z]" context="#stay"/>
<RegExpr attribute="String Substitution" String="%[a-zA-Z]" context="#stay"/>
<DetectChar attribute="Raw String" char=""" context="#pop"/>
</context>
</contexts>
<itemDatas>
<itemData name="Normal Text" defStyleNum="dsNormal"/>
<itemData name="Import Keyword" defStyleNum="dsKeyword"/>
<itemData name="Definition Keyword" defStyleNum="dsKeyword"/>
<itemData name="Operator" defStyleNum="dsKeyword"/>
<itemData name="String Substitution" defStyleNum="dsNormal"/>
<itemData name="Command Keyword" defStyleNum="dsFunction"/>
<itemData name="Flow Control Keyword" defStyleNum="dsKeyword"/>
<itemData name="Builtin Function" defStyleNum="dsFunction"/>
<itemData name="C Type" defStyleNum="dsDataType"/>
<itemData name="Python Type" defStyleNum="dsDataType"/>
<itemData name="NumPy Type" defStyleNum="dsDataType"/>
<itemData name="NumPy Function" defStyleNum="dsFunction"/>
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<itemData name="Preprocessor" defStyleNum="dsOthers"/>
<itemData name="Decorator" defStyleNum="dsFunction"/>
<itemData name="String Char" defStyleNum="dsChar"/>
<itemData name="Long" defStyleNum="dsOthers"/>
<itemData name="Float" defStyleNum="dsFloat"/>
<itemData name="Int" defStyleNum="dsDecVal"/>
<itemData name="Hex" defStyleNum="dsOthers"/>
<itemData name="Octal" defStyleNum="dsOthers"/>
<itemData name="Binary" defStyleNum="dsOthers"/>
<itemData name="Complex" defStyleNum="dsOthers"/>
<itemData name="Comment" defStyleNum="dsComment"/>
<itemData name="String" defStyleNum="dsString"/>
<itemData name="Raw String" defStyleNum="dsString"/>
</itemDatas>
</highlighting>
<general>
<folding indentationsensitive="1" />
<emptyLines>
<emptyLine regexpr="\s+" casesensitive="false"/>
<emptyLine regexpr="\s*#.*$" casesensitive="false"/>
</emptyLines>
<comments>
<comment name="singleLine" start="#" position="afterwhitespace"/>
</comments>
<keywords casesensitive="1"/>
</general>
</language>
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