error: casts from `i8` to `f32` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:12:13 | LL | let _ = x0 as f32; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future = note: `-D clippy::cast-lossless` implied by `-D warnings` = help: to override `-D warnings` add `#[allow(clippy::cast_lossless)]` help: use `f32::from` instead | LL | let _ = f32::from(x0); | ~~~~~~~~~~~~~ error: casts from `i8` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:13:13 | LL | let _ = x0 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x0); | ~~~~~~~~~~~~~ error: casts from `i8` to `f32` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:14:13 | LL | let _ = x0 as F32; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `F32::from` instead | LL | let _ = F32::from(x0); | ~~~~~~~~~~~~~ error: casts from `i8` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:15:13 | LL | let _ = x0 as F64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `F64::from` instead | LL | let _ = F64::from(x0); | ~~~~~~~~~~~~~ error: casts from `u8` to `f32` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:17:13 | LL | let _ = x1 as f32; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f32::from` instead | LL | let _ = f32::from(x1); | ~~~~~~~~~~~~~ error: casts from `u8` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:18:13 | LL | let _ = x1 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x1); | ~~~~~~~~~~~~~ error: casts from `i16` to `f32` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:20:13 | LL | let _ = x2 as f32; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f32::from` instead | LL | let _ = f32::from(x2); | ~~~~~~~~~~~~~ error: casts from `i16` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:21:13 | LL | let _ = x2 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x2); | ~~~~~~~~~~~~~ error: casts from `u16` to `f32` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:23:13 | LL | let _ = x3 as f32; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f32::from` instead | LL | let _ = f32::from(x3); | ~~~~~~~~~~~~~ error: casts from `u16` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:24:13 | LL | let _ = x3 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x3); | ~~~~~~~~~~~~~ error: casts from `i32` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:26:13 | LL | let _ = x4 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x4); | ~~~~~~~~~~~~~ error: casts from `u32` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:28:13 | LL | let _ = x5 as f64; | ^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(x5); | ~~~~~~~~~~~~~ error: casts from `f32` to `f64` can be expressed infallibly using `From` --> tests/ui/cast_lossless_float.rs:31:13 | LL | let _ = 1.0f32 as f64; | ^^^^^^^^^^^^^ | = help: an `as` cast can become silently lossy if the types change in the future help: use `f64::from` instead | LL | let _ = f64::from(1.0f32); | ~~~~~~~~~~~~~~~~~ error: aborting due to 13 previous errors