hcl/t/fun-01.hcl
hyung-hwan 081c6d1874
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added a double lambda test case
2024-03-09 14:16:51 +09:00

91 lines
1.3 KiB
HCL

defun aaa(a b) {
| c |
set c (+ a b);
return c;
};
set k (aaa 10 20);
if (= k 30) {
printf "OK - %d\n" k;
} else {
printf "ERROR - %d\n" k;
};
## --------------------------------------
defun mkfun(t) {
return (fun(c) {
return (+ t c);
});
}
defun mkfund(t) {
return {fun(c) {
return (fun(d) {
##return (d + c t) ## this causes assertion failure.
return (d + c t)
})
}}
}
f := (mkfun 20);
set k (f 50);
if (k = 70) {
printf "OK - %d\n" k;
} else {
printf "ERROR - %d\n" k;
};
k := {
(mkfun 20) 30
}
if (k = 50) {
printf "OK - %d\n" k
} else {
printf "ERROR - %d\n" k
};
k := {
## the return value of this expression is ignored
(mkfun 20) 30 ## having comment here cause an issue...
## the return value of this expression is the return value of the block expression
(mkfun 20) 40
}
if (k = 60) {
printf "OK - %d\n" k
} else {
printf "ERROR - %d\n" k
};
k := (((mkfund 10) 40) 30)
if (k = 80) {
printf "OK - %d\n" k
} else {
printf "ERROR - %d\n" k
};
## --------------------------------------
defclass A | a b c | {
defun :* newInstance(x y z) {
set a x
set b y
set c z
return self
};
defun get-a() { return a; };
##defun get-b() b;
##defun get-c() c;
};
k := (A:newInstance 11 22 33);
##set k (A:newInstance 11 22 33);
set v (k:get-a);
if (= v 11) {
printf "OK - %d\n" v;
} else {
printf "ERROR - %d\n" v;
};