Idris2/tests/idris2/reg038/expected

1/1: Building Test1 (Test1.idr)
Error: While processing right hand side of G. yv is not accessible in this context.

Test1.idr:4:12--4:14
 1 | data Foo : Nat -> Type where
 2 | 
 3 | G : (0 yv : Nat) -> Type
 4 | G yv = Foo yv -> Bool
                ^^

1/1: Building Test2 (Test2.idr)
Error: While processing right hand side of f. Main.G is not accessible in this context.

Test2.idr:8:12--8:13
 4 | G yv = Foo yv -> Bool
 5 | 
 6 | partial
 7 | f : (0 x : Nat) -> Nat
 8 | f x = case G x of
                ^
Correct multiplicities when checking Pi binders We've always just used 0, which isn't correct if the function is going to be used in a runtime pattern match. Now calculate correctly so that we're explicit about which type level variables are used at runtime. This might cause some programs to fail to compile, if they use functions that calculate Pi types. The solution is to make those functions explicitly 0 multiplicity. If that doesn't work, you may have been accidentally trying to use compile-time only data at run time! Fixes #1163 2021-03-09 20:23:05 +03:00			`1/1: Building Test1 (Test1.idr)`
			`Error: While processing right hand side of G. yv is not accessible in this context.`

			`Test1.idr:4:12--4:14`
			`1 \| data Foo : Nat -> Type where`
			`2 \|`
			`3 \| G : (0 yv : Nat) -> Type`
			`4 \| G yv = Foo yv -> Bool`
			`^^`

			`1/1: Building Test2 (Test2.idr)`
			`Error: While processing right hand side of f. Main.G is not accessible in this context.`

			`Test2.idr:8:12--8:13`
			`4 \| G yv = Foo yv -> Bool`
			`5 \|`
			`6 \| partial`
			`7 \| f : (0 x : Nat) -> Nat`
			`8 \| f x = case G x of`
			`^`