fix invalidations from loading LoopVectorization.jl

[ranocha]

I fixed some invalidations in HDF5.jl caused by loading LoopVectorization.jl.

With the current version of master and Julia v1.8.3:

julia> using Pkg; Pkg.activate(temp=true); Pkg.develop("HDF5"); Pkg.add("LoopVectorization")

julia> using SnoopCompileCore; invalidations = @snoopr(using HDF5, LoopVectorization); using SnoopCompile

julia> length(uinvalidated(invalidations))
597

julia> trees = invalidation_trees(invalidations);

julia> root = trees[end-1]
inserting convert(::Type{T}, i::LoopVectorization.UpperBoundedInteger) where T<:Number in LoopVectorization at /afs/math.uni-hamburg.de/users/am/bbb3094/.julia/packages/LoopVectorization/dniw3/src/reconstruct_loopset.jl:25 invalidated:
   backedges: 1: superseding convert(::Type{T}, x::Number) where T<:Number in Base at number.jl:7 with MethodInstance for convert(::Type{UInt64}, ::Integer) (2 children)
              2: superseding convert(::Type{T}, x::Number) where T<:Number in Base at number.jl:7 with MethodInstance for convert(::Type{Int64}, ::Integer) (4 children)
              3: superseding convert(::Type{T}, x::Number) where T<:Number in Base at number.jl:7 with MethodInstance for convert(::Type{Int32}, ::Integer) (100 children)

julia> ascend(root.backedges[end])
Choose a call for analysis (q to quit):
 >   convert(::Type{Int32}, ::Integer)
       h5p_set_fclose_degree(::HDF5.FileAccessProperties, ::Integer)
         set_fclose_degree!(::HDF5.FileAccessProperties, ::Integer)
           class_setproperty!(::Type{HDF5.FileAccessProperties}, ::HDF5.FileAccessProperties, ::Symbol, ::Any)
             setproperty!(::HDF5.FileAccessProperties, ::Symbol, ::Any)
               class_setproperty!(::Type{HDF5.FileAccessProperties}, ::HDF5.FileAccessProperties, ::Symbol, ::Int64)
                 setproperty!(::HDF5.FileAccessProperties, ::Symbol, ::Int64)
                   init!(::HDF5.FileAccessProperties)
                     init!(::HDF5.FileAccessProperties)

This PR:

julia> using Pkg; Pkg.activate(temp=true); Pkg.develop("HDF5"); Pkg.add("LoopVectorization")

julia> using SnoopCompileCore; invalidations = @snoopr(using HDF5, LoopVectorization); using SnoopCompile

julia> length(uinvalidated(invalidations))
538

and the invalidations shown above in ascend(root.backedges[end])` are gone.

It looks like Julia was not able to handle the self-recursive nature of the calls efficiently to figure everything out.