80 lines
2.0 KiB
HCL
80 lines
2.0 KiB
HCL
## test class instantiation methods
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defclass A | a b c | {
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defun :*newInstance(x y z) {
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set a x;
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set b y;
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set c z;
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return self;
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};
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defun get-a() { return self.a; };
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defun get-b() { return self.b; };
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defun get-c() { return self.c; };
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};
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defclass B :: A | d e f | {
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defun :*newInstance(x y z) {
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super:newInstance (* x 2) (* y 2) (* z 2);
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set d x;
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set e y;
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set f z;
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return self;
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};
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defun :: getSuper() { return super; };
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###defun :: getSuperclass() { return (self:superclass); };
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defun :: getSelf() { return self; };
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defun sum() {
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return (+ (super:get-a) (super:get-b) (super:get-c) self.d self.e self.f);
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};
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};
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a := ((B:newInstance 1 2 3):sum);
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if (/= a 18) { printf "ERROR: a must be 18\n"; } \
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else { printf "OK %d\n" a; };
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b := (B:newInstance 2 3 4);
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a := (b:get-a);
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if (/= a 4) {printf "ERROR: a must be 4\n" } \
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else { printf "OK %d\n" a };
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a := (b:get-b);
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if (/= a 6) { printf "ERROR: a must be 6\n" } \
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else { printf "OK %d\n" a };
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a := (b:get-c);
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if (/= a 8) { printf "ERROR: a must be 8\n" } \
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else {printf "OK %d\n" a };
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a := (b:sum);
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if (/= a 27) { printf "ERROR: a must be 27\n" } \
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else { printf "OK %d\n" a };
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## super is equivalent to self unless a message is sent to it.
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## if super itself is returned without a message, it just return
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## the receiver just like self. To get the superclass, it must use
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## the superclass method inherited from the Class class.
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b := (B:getSelf)
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a := (B:getSuper)
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##c := (B:getSuperlcass)
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if (nqv? a b) { printf "ERROR: a is not equivalent to b\n" } \
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else { printf "OK a is equivalent to b\n" };
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##if (eqv? a c) { printf "ERROR: a is equivalent to b\n" } \
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##else { printf "OK a is not equivalent to b\n" };
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if (nqv? a B) { printf "ERROR: a is not equivalent to B\n" } \
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else { printf "OK a is equivalent to A\n" };
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if (nqv? b B) { printf "ERROR: b is not equivalent to B\n" } \
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else { printf "OK b is equivalent to B\n" };
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##if (nqv? c A) { printf "ERROR: c is not equivalent to A\n" } \
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##else { printf "OK c is equivalent to A\n" };
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