cmake .. -DCMAKE_BUILD_TYPE=Debug && make then you can run it with gdb again and the gdb bt command should show you details you can then report to fokkonaut here https://github.com/fokkonaut/F-DDrace/issues/
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{"response":"failure","message":"Order could not be created","data":"Failed"}
I love this shitty api 
{"response":"failure","message":"Order could not be created","data":"Failed"}
I love this shitty api 
other than the redundant failure message other than the redundant failure message 
bans 1200 and will not print out that the page does not exist. Also doesn't print the number of available pages
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true
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Array2 field without matching it? im trying to reshape all physics layers from on dim to another, didn't find any other way (but there is, i guess?) 
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fn edit_tilemap<T: AnyTile, F: Fn(&mut Array2<T>)>(layer: &mut Layer, f: F) {
match layer {
Layer::Tiles(l) => f(l.tiles.unwrap_mut()),
Layer::Quads(l) => {},
Layer::Game(l) => f(l.tiles.unwrap_mut()),
etc
}
}
This doesn't actually use the TilemapLayer trait. now you can just do a function like yours
fn clear_layer<T: AnyTile>(tiles: &mut Array2<T>) {
tiles.fill(Default::default())
}
and then use that function with
let mut layer: Layer = todo!();
edit_tilemap(&mut layer, clear_layer) 
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fn edit_tilemap<T: AnyTile, F: Fn(&mut Array2<T>)>(layer: &mut Layer, f: F) {
match layer {
Layer::Tiles(l) => f(l.tiles.unwrap_mut()),
Layer::Quads(l) => {},
Layer::Game(l) => f(l.tiles.unwrap_mut()),
etc
}
}
This doesn't actually use the TilemapLayer trait. now you can just do a function like yours
fn clear_layer<T: AnyTile>(tiles: &mut Array2<T>) {
tiles.fill(Default::default())
}
and then use that function with
let mut layer: Layer = todo!();
edit_tilemap(&mut layer, clear_layer) mismatched types
expected mutable reference `&mut ArrayBase<OwnedRepr<T>, _>`
found mutable reference `&mut ArrayBase<OwnedRepr<twmap::Tile>, _>`fn edit_tilemap<T: AnyTile, F: Fn(&mut Array2<T>)>(layer: &mut Layer, f: F) {
match layer {
Layer::Game(l) => f(l.tiles.unwrap_mut()),
Layer::Front(l) => f(l.tiles.unwrap_mut()),
Layer::Tele(l) => f(l.tiles.unwrap_mut()),
Layer::Speedup(l) => f(l.tiles.unwrap_mut()),
Layer::Tune(l) => f(l.tiles.unwrap_mut()),
_ => {}
}
} T is defined by caller, seems thats why it can't infer it from inside