##=====================================================
% Octave test code for Kate/Kwrite syntax highlighting
% (shamelessly copied from Matlab's, since the two
%  are very similar)
% kate: hl Octave;
##=====================================================

% Numbers _____________________________________________
5, 5.5, .1, 0.1, 0.4e5, 1.2e-5, 5i, 5.3i, 6j, .345+3i
5', 5.5', .1', 0.1', 0.4e5', 1.2e-5', 5i', 5.3i', 6j', .345+3i'

% Operators ___________________________________________
% relational operators
'asdf'~=4, c<=4, d>=4, a<b, a>b, a==b, b||c, b&&c
% elementwise arithmetic operators
a.^b, a.*b a./b, 1:4:5
% single-character binary arithmetic
a+3, a-3, a*2, a^3, a/3, a\3, a|b, a&b
% unary operators
a = ~g; g = @sfdgdsf(sdfsd,345); g.' + 1i.' - ('asdf').'
% separators and delimiter
(asd),[sadf];{asdf},;;,;;;()
% continuation
a = 1+ ...
  2;

% Strings and adjoint _________________________________
% incomplete strings
'string
'str''
'str''ing
'str''\'
% complete strings
'string' % simple string
'''' '\'' % strings containing '
'str''ing' % one string containing '
'string' 'string'  % two strings
'asdf'  "asdf""" variable  % two strings and a variable
'asdf''asdf''   fsgdfg' + (asdf)' - 'asdf'.' + []''''.';''
'sadf'.' % string transpose
% adjoint
{'asdf'}' + 1
('asdf')' + 1
['asdf']' + 1
'' var''' % empty string, var with >1 adjoints
[5]'*{5}'*('asd')'.'+(5)'*6'*asdf'*asdf'.'  % many adjoints
A'*B + 1      % adjoint
A.'*B + 1     % transpose
A.'.'*B + 1   % double transpose
A'.' + 1      % adjoint, then transpose
A.''          % transpose, then adjoint

% System command ______________________________________
!hostname
!cp * /tmp

% Reserved keywords ___________________________________
<beginfold id='1'>function</beginfold id='1'>, persistent, global
<endfold id='1'>endfunction</endfold id='1'>

<beginfold id='2'>switch</beginfold id='2'>, case, otherwise
<endfold id='2'>endswitch</endfold id='2'>

<beginfold id='1'>if</beginfold id='1'>, else, elseif
<endfold id='1'>endif</endfold id='1'>

<beginfold id='3'>try</beginfold id='3'>, <endfold id='3'>end_try_catch</endfold id='3'>
<beginfold id='1'>for</beginfold id='1'>, <beginfold id='1'>while</beginfold id='1'>, break, continue
<endfold id='1'>endfor</endfold id='1'>

<endfold id='1'>endwhile</endfold id='1'>
return
<beginfold id='1'>function</beginfold id='1'>, FUNCTION, Function  % case sensitive!
<endfold id='1'>endfunction</endfold id='1'>
