Code not inferrable in reported `min_world`

[topolarity]

This CodeInstance claims it was valid in 0xa7:

julia> tt = Tuple{Base.var"#String##0#String##1"{LazyString}, IOBuffer}
julia> latest_world = Base.get_world_counter()
julia> m = only(Base._methods_by_ftype(tt , -1, latest_world)).method
julia> ci = m.specializations.cache
julia> ci.min_world
0x0000000000000af7

However, something goes wrong if we try to re-generate the code / inference:

julia> Base.code_typed_by_type(Tuple{Base.var"#String##0#String##1"{LazyString}, IOBuffer}; world=ci.min_world)
Any[]

This seems to be related to a bug I hit on #58014 where if we do type-inference on old worlds first (i.e. delete the reverse! on this line) then we get very incorrect inference results for this function in the sysimage:

julia> ccall(:jl_uncompress_ir, Any, (Any, Any, Any), m, ci, ci.inferred)
CodeInfo(
    @ strings/lazy.jl:84 within `#String##0`
1 ─ %1  =   builtin Core.getfield(#self#, :l)::LazyString
│  ┌ @ Base_compiler.jl:54 within `getproperty`
│  │ %2  =   builtin Base.getfield(%1, :parts)::Tuple
│  └
│  ┌ @ tuple.jl:74 within `iterate` @ tuple.jl:74
│  │┌ @ tuple.jl:28 within `length`
│  ││ %3  =   builtin Base.nfields(%2)::Int64
│  │└
│  │┌ @ int.jl:520 within `<=`
│  ││ %4  = intrinsic Base.sle_int(1, %3)::Bool
└──││       goto #2
   │└
2 ─│       goto #4 if not %4
   │┌ @ tuple.jl:33 within `getindex`
3 ─││ %7  = $(Expr(:boundscheck, true))::Bool
│  ││ %8  =   builtin Base.getfield(%2, 1, %7)::Any
│  │└
└──│       goto #5
4 ─│       goto #5
   │ @ tuple.jl:74 within `iterate`
5 ┄│ %11 = φ (#3 => false, #4 => true)::Bool
│  │ %12 = φ (#3 => %8)::Any
└──│       goto #6
   └
6 ─ %14 = intrinsic Base.not_int(%11)::Bool
└──       goto #8 if not %14
    @ strings/lazy.jl:85 within `#String##0`
7 ─         dynamic Base.print(io, %12)::Union{}
└──       unreachable
8 ─       return nothing
)

In particular:

7 ─         dynamic Base.print(io, %12)::Union{}
└──       unreachable

this should be quickly invalidated (if it's even correct at all), but this CodeInstance is left valid indefinitely (and will SIGILL when executed in a new enough world)