--> $DIR/cast-int-to-char.rs:4:16
|
LL | foo::<u32>('0');
- | ^^^ expected `u32`, found `char`
+ | ---------- ^^^ expected `u32`, found `char`
+ | |
+ | arguments to this function are incorrect
|
+note: function defined here
+ --> $DIR/cast-int-to-char.rs:1:4
+ |
+LL | fn foo<T>(_t: T) {}
+ | ^^^ -----
help: you can cast a `char` to a `u32`, since a `char` always occupies 4 bytes
|
LL | foo::<u32>('0' as u32);
--> $DIR/cast-int-to-char.rs:5:16
|
LL | foo::<i32>('0');
- | ^^^ expected `i32`, found `char`
+ | ---------- ^^^ expected `i32`, found `char`
+ | |
+ | arguments to this function are incorrect
+ |
+note: function defined here
+ --> $DIR/cast-int-to-char.rs:1:4
|
+LL | fn foo<T>(_t: T) {}
+ | ^^^ -----
help: you can cast a `char` to an `i32`, since a `char` always occupies 4 bytes
|
LL | foo::<i32>('0' as i32);
--> $DIR/cast-int-to-char.rs:6:16
|
LL | foo::<u64>('0');
- | ^^^ expected `u64`, found `char`
+ | ---------- ^^^ expected `u64`, found `char`
+ | |
+ | arguments to this function are incorrect
+ |
+note: function defined here
+ --> $DIR/cast-int-to-char.rs:1:4
|
+LL | fn foo<T>(_t: T) {}
+ | ^^^ -----
help: you can cast a `char` to a `u64`, since a `char` always occupies 4 bytes
|
LL | foo::<u64>('0' as u64);
--> $DIR/cast-int-to-char.rs:7:16
|
LL | foo::<i64>('0');
- | ^^^ expected `i64`, found `char`
+ | ---------- ^^^ expected `i64`, found `char`
+ | |
+ | arguments to this function are incorrect
|
+note: function defined here
+ --> $DIR/cast-int-to-char.rs:1:4
+ |
+LL | fn foo<T>(_t: T) {}
+ | ^^^ -----
help: you can cast a `char` to an `i64`, since a `char` always occupies 4 bytes
|
LL | foo::<i64>('0' as i64);
--> $DIR/cast-int-to-char.rs:8:17
|
LL | foo::<char>(0u32);
- | ^^^^ expected `char`, found `u32`
+ | ----------- ^^^^ expected `char`, found `u32`
+ | |
+ | arguments to this function are incorrect
+ |
+note: function defined here
+ --> $DIR/cast-int-to-char.rs:1:4
+ |
+LL | fn foo<T>(_t: T) {}
+ | ^^^ -----
error: aborting due to 5 previous errors