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coroutines. It crashed LLVM when I tried to do it the first time. This is related to the other 2 bullet points here. See #802. Builtin Functions Builtin functions are provided by the compiler and are has been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

coroutines. It crashed LLVM when I tried to do it the first time. This is related to the other 2 bullet points here. See #802. Builtin Functions Builtin functions are provided by the compiler and are

has been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

has been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

has been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

has been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory

been served, then std.heap.ArenaAllocator is a great candidate. As demonstrated in the previous bullet point, this allows you to free entire arenas at once. Note also that if an upper bound of memory