Herb Sutter comments

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                                            Herb Sutter

Fix #1071

Hi! Just checking in as I clean up the PRs with the relicensing (see #1322), is still intended to be still a draft PR? If so perhaps I'll close it...

fix: lower (nested) _braced-init-list_ (argument)

Thanks and sorry for the lag! This seems like it could be pri-3 (per #1287) if it were rebased to current `main`. Do you want to rebase this, or should...

[BUG] int variable casted with as to size_t does not fail on compile time

Thanks for the discussion! I'm going to stick with status quo on this for now, but please feel free to reopen if over time you find this keeps causing problems...

Fix: `int` variable casted with as to `size_t` does not fail on compile time - closes #1257

Thanks! Looks good except for the conflicts -- can you take a pass through to resolve those? Then this should be ready to merge, thanks again.

Fix: `int` variable casted with as to `size_t` does not fail on compile time - closes #1257

@gregmarr No, thanks for the reminder!

Fix: `int` variable casted with as to `size_t` does not fail on compile time - closes #1257

Re #1257: Thanks for the discussion! I'm going to stick with status quo on this for now, but please feel free to reopen if over time you find this keeps...

[BUG] Error parsing UTF-8 character literal that is not a hex character

Thanks! I'll take a look. I hadn't noticed that the literal prefix and the unsigned type alias used the same name. Interesting!

[BUG] Error parsing UTF-8 character literal that is not a hex character

Thanks, I found the problem. It turns out I need to also check the encoding prefixes when doing the `load.h` brace-match to find the end of the Cpp2 definition, which...

[BUG] `forward` on non-deducible parameter is `move`

Thanks! I've read through the use cases a few times, and I think the part of this that is a feature extension can be deferred to the future. But I...

[SUGGESTION] Simplifying language (Everyday problems)

Thanks for the questions! Re (1), a partial answer is that cppfront does all memory allocation [using named arena objects](https://hsutter.github.io/cppfront/cpp2/objects/#heap-objects) (aka allocators). If you mean the standard allocators, I don't...