|
return tuple or null
<![CDATA[// return tuple or null
using namespace std;
pair<int, int> solve(int s, int g){
return (s % g != 0) ? make_pair(-1, -1) : make_pair(g, s - g);
}
// FYI: the problem to solve is:
// Given the sum and gcd of two numbers, return the two numbers in ascending order.
]]>
return tuple or null
<![CDATA[package kata
func Solve(s int, g int) []int {
if s % g != 0 {
return []int{-1, -1}
}
return []int{g, s - g}
}
// FYI: the problem to solve is:
// Given the sum and gcd of two numbers, return the two numbers in ascending order. ]]>
return tuple or null
<![CDATA[// return a tuple or null
fn solve(sum: u32, gcd: u32) -> Option<(u32, u32)> {
if sum % gcd != 0 {
None
} else {
Some((gcd, sum - gcd))
}
}
// FYI: the problem solved is:
// Given the sum and gcd of two numbers, return the two numbers in ascending order. ]]>
return tuple or null
<![CDATA[// return tuple or null
#include <stdlib.h>
int *gdc_sum(int sum, int gcd) {
int *res = malloc(sizeof(int) * 2);
res[0] = gcd;
res[1] = sum - gcd;
return sum % gcd != 0 ? (NULL) : (res);
}
// FYI: the problem to solve is:
// Given the sum and gcd of two numbers, return the two numbers in ascending order. ]]>
return tuple or null
<![CDATA[# return tuple or null
def solve s,g
s % g != 0 ? -1 : [g, s - g]
end
# FYI: the problem to solve is:
# Given the sum and gcd of two numbers, return the two numbers in ascending order. ]]>
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