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Compiling and running
```
module bug;
open import Stdlib.Prelude;
Ty : Type;
Ty := {B : Type} -> B -> B;
id' : Ty;
id' {_} x := x;
fun : {A : Type} → A → Ty;
fun := id (λ{_ := id'});
…
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This makes it impossible to e.g. write a comment above an import statement.
It also makes it hard to write a tutorial as a Juvix file and generate nice html output for it.
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The test fails on my machine and no hint is provided as to how to make it go through. If this is not real bug, then what should I do to make the test suite go through?
I get:
```
Invoke a…
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See [this comment](https://github.com/anoma/geb/issues/47#issuecomment-1420474166) to #47. I'm not immediately sure whether this is supposed to produce a type error or not, but I will investigate it …
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In Haskell
```
trace "X" $ expr
```
behaves as expected, first printing "X" before evaluating `expr`. In an eager language `expr` is evaluated first, which is typically not what one wants with `tr…
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If I write
```
id : (A : Type) → A → A;
id _ a = a;
```
I get the error message
```
|
23 | id _ a = a;
| ^^
unexpected ";"
expecting ":=", '(', '.', '_', '{', or '≔'
```
w…
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Let Smoke discover and run all the tests available within a folder. The flag can be `--execdir` as in shelltestrunner. One optional flag could be `-r --recursive` if one wants to traverse the whole in…
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If you type in
```agda
module Bug;
end;
```
save, then change it to
```agda
module Bug;
f : Nat -> Nat;
f x := x;
end;
```
and save, then the module body disappears with no error messa…
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As far as I understand, the goal of Vamp-IR is to be able to use complicated circuits in a simple way. I would like to have a practical example with a "complicated" circuit. For example, we can consid…