Template parameters (and locals) are unintuitively affected by endianness

[BobSmun]

import std.io;
struct Test<auto t> {
    std::print("{}", t);
    u32 a = t;
};

le Test<5> test1;
be Test<5> test2;

std::print("{} {}",test1,test2);

results in:

I: 5
I: 5
I: bitfield Test { a = 5, t = 5 } bitfield Test { a = 83886080, t = 6646139978924579364519035301401722880 }

Inside the template, the parameter is read the same way (both being 5). This works as expected and allows consistent used for e.g. bitfield lengths.

However, the endianness seems to take effect when reading the template parameters (and locals) from outside the template. This makes it difficult to determine what they were, such as from a format function