> The rest is your bug; the variable values coming out of sync with each other, not maintaining the invariant among their values.
If the language and its runtime let me break their invariant, then that's their bug, not mine. This is the fundamental promise of type-safe languages: you can't accidentally break the language abstraction.
> It could be the case that a thread-unsafe program breaks a managed run-time, but not an unvarnished truth.
I demonstrated that the Go runtime is such a case, and I think that should be considered a memory safety violation. Not sure which part of that you disagree with...
If the language and its runtime let me break their invariant, then that's their bug, not mine. This is the fundamental promise of type-safe languages: you can't accidentally break the language abstraction.
> It could be the case that a thread-unsafe program breaks a managed run-time, but not an unvarnished truth.
I demonstrated that the Go runtime is such a case, and I think that should be considered a memory safety violation. Not sure which part of that you disagree with...