use debugger_test::debugger_test;
use tinyvec::*;
#[inline(never)]
fn __break() {
println!("breakpoint hit");
}
#[debugger_test(
debugger = "cdb",
commands = r#"
dx strings
dx inline_tv
dx inline_tv.__0
g
dx slice_vec
g
dx strings
"#,
expected_statements = r#"
pattern:strings : \{ len=0x3 \} \[Type: tinyvec::arrayvec::ArrayVec<array\$<.*str.*,7> >\]
pattern:\[<Raw View>\] \[Type: tinyvec::arrayvec::ArrayVec<array\$<.*str.*,7> >\]
pattern:\[len\] : 0x3 \[Type: unsigned short\]
pattern:\[capacity\] : 7
pattern:\[0\] : "a" \[Type: .*str.*\]
pattern:\[1\] : "b" \[Type: .*str.*\]
pattern:\[2\] : "c" \[Type: .*str.*\]
inline_tv : Inline [Type: enum2$<tinyvec::tinyvec::TinyVec<array$<i32,4> > >]
[<Raw View>] [Type: enum2$<tinyvec::tinyvec::TinyVec<array$<i32,4> > >]
[+0x004] __0 : { len=0x4 } [Type: tinyvec::arrayvec::ArrayVec<array$<i32,4> >]
inline_tv.__0 : { len=0x4 } [Type: tinyvec::arrayvec::ArrayVec<array$<i32,4> >]
[<Raw View>] [Type: tinyvec::arrayvec::ArrayVec<array$<i32,4> >]
[len] : 0x4 [Type: unsigned short]
[capacity] : 4
[0] : 1 [Type: i32]
[1] : 2 [Type: i32]
[2] : 3 [Type: i32]
[3] : 4 [Type: i32]
pattern:slice_vec : \{ len=0x3 \} \[Type: tinyvec::slicevec::SliceVec<.*str.*>\]
pattern:\[<Raw View>\] \[Type: tinyvec::slicevec::SliceVec<.*str.*>\]
pattern:\[len\] : 0x3 \[Type: unsigned __int64\]
pattern:\[0\] : "a" \[Type: .*str.*\]
pattern:\[1\] : "b" \[Type: .*str.*\]
pattern:\[2\] : "d" \[Type: .*str.*\]
pattern:strings : \{ len=0x6 \} \[Type: tinyvec::arrayvec::ArrayVec<array\$<.*str.*,7> >\]
pattern:\[<Raw View>\] \[Type: tinyvec::arrayvec::ArrayVec<array\$<.*str.*,7> >\]
pattern:\[len\] : 0x6 \[Type: unsigned short\]
pattern:\[capacity\] : 7
pattern:\[0\] : "a" \[Type: .*str.*\]
pattern:\[1\] : "b" \[Type: .*str.*\]
pattern:\[2\] : "d" \[Type: .*str.*\]
pattern:\[3\] : "e" \[Type: .*str.*\]
pattern:\[4\] : "f" \[Type: .*str.*\]
pattern:\[5\] : "g" \[Type: .*str.*\]
"#
)]
#[inline(never)]
fn test_debugger_visualizer() {
let mut strings = ArrayVec::<[&str; 7]>::default();
strings.push("a");
strings.push("b");
strings.push("c");
assert_eq!(["a", "b", "c"], &strings[..]);
let mut inline_tv = tiny_vec!([i32; 4] => 1, 2, 3);
assert!(inline_tv.is_inline());
inline_tv.push(4);
__break();
{
let mut slice_vec = SliceVec::from(strings.as_mut_slice());
assert_eq!(3, slice_vec.capacity());
assert_eq!("c", slice_vec.remove(2));
slice_vec.push("d");
println!("{:?}", slice_vec);
__break();
assert_eq!(["a", "b", "d"], &slice_vec[..]);
}
strings.push("e");
strings.push("f");
strings.push("g");
assert_eq!(["a", "b", "d", "e", "f", "g"], &strings[..]);
__break();
}