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Following are test cases to try out in ZCubes. Please note that the examples follow z^3 Language. Apart from being simple, z^3 language also give you full programming capability of Javascript and more, as the language enhances and converts to Javascript internally. z^3 runs within browsers, desktops, servers, web-servers, etc., and provides a full scale experience to the users, in all modes, operating systems and platforms of computing.
*[[ Z%5E3_Language_Documentation | See Also - Z3 Language Documentation ]]
*[[ Z%5E3_Language_Documentation | See Also - Z3 Language Documentation ]]
=Regular Expressions=
a=["cat","dog","rat"];
a.filter(
x=>x.match(/(o|t)/)
)
Output: cat dog rat
a=["cat","dog","rat","rat1"];
a.map(
x=>x.match(/[0-9]/)
)
Output: null null null 1
a=["cat","dog","r2iat","rat1"];
a.filter(
x=>x.match(/[hc]?at/)
)
Output: cat r2iat rat1
a=13;
b=34;
a..b
Output: 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34
5√(1..34)
(2..5)√(10..34)
a=45m;
c=56cm;
a<+>c
Output: 4556cm
=Combinatorial Arguments and Implicit Looping=
=Combinatorial Arguments and Implicit Looping=
SETVALUE(#TABLE1!B2:D5,1100);
// sets into calci such values
// sets into calci such values. TABLE1 needs to be opened through 'New-->Calci'
SETVALUE(#TABLE1!B2:D5,1..100);
1..1100.chunks(3) did not parse.
1..1100.chunks(3) did not parse.
SETVALUE(#TABLE1!B2:D5,54..100.chunks(2));
SETVALUE(#TABLE1!B2:D5,54..100.chunks(2)~);
function x1(x){return(x+34)};x1(304)
function x1(x){return(x+34)};x1(304)
*[[ Z_API_Functions| See Also - Z3 API Functions List ]]
*[[ Z_API_Functions| See also - Z3 API Functions List ]]
*[[ Z3 | << Z3 Home ]]
*[[ Z3 | << Z3 Home ]]