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|
// Ensure that references are resolved on the boundaries of disjunctions.
-- in.cue --
resolveAcrossDisjunct: t1: {
{} | { #B: 1} // d resolves to 1 in the second case.
{d: #B} | {}
#B: int
}
resolveAcrossDisjunct: nested: {
{} | { a: b: #B: 1} // d resolves to 1 in the second case.
{d: a.b.#B} | {}
a: b: #B: int
}
-- out/evalalpha/stats --
Leaks: 0
Freed: 48
Reused: 15
Allocs: 33
Retain: 0
Unifications: 12
Conjuncts: 33
Disjuncts: 12
NumCloseIDs: 6
-- diff/-out/evalalpha/stats<==>+out/eval/stats --
diff old new
--- old
+++ new
@@ -1,9 +1,11 @@
Leaks: 0
-Freed: 44
-Reused: 32
-Allocs: 12
+Freed: 48
+Reused: 15
+Allocs: 33
Retain: 0
-Unifications: 32
-Conjuncts: 67
-Disjuncts: 44
+Unifications: 12
+Conjuncts: 33
+Disjuncts: 12
+
+NumCloseIDs: 6
-- out/eval/stats --
Leaks: 0
Freed: 44
Reused: 32
Allocs: 12
Retain: 0
Unifications: 32
Conjuncts: 67
Disjuncts: 44
-- out/eval --
(struct){
resolveAcrossDisjunct: (struct){
t1: (struct){ |((struct){
#B: (int){ int }
d: (int){ int }
}, (struct){
#B: (int){ int }
}, (struct){
#B: (int){ 1 }
d: (int){ 1 }
}, (struct){
#B: (int){ 1 }
}) }
nested: (struct){ |((struct){
a: (struct){
b: (struct){
#B: (int){ int }
}
}
d: (int){ int }
}, (struct){
a: (struct){
b: (struct){
#B: (int){ int }
}
}
}, (struct){
a: (struct){
b: (struct){
#B: (int){ 1 }
}
}
d: (int){ 1 }
}, (struct){
a: (struct){
b: (struct){
#B: (int){ 1 }
}
}
}) }
}
}
-- out/compile --
--- in.cue
{
resolveAcrossDisjunct: {
t1: {
({}|{
#B: 1
})
({
d: ć1;#Bć
}|{})
#B: int
}
}
resolveAcrossDisjunct: {
nested: {
({}|{
a: {
b: {
#B: 1
}
}
})
({
d: ć1;ać.b.#B
}|{})
a: {
b: {
#B: int
}
}
}
}
}
|
