...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...

...) may need much, much more: If Coro segfaults with weird backtraces (e.g. in a function prologue) or in t/10_bugs.t, you might want to increase this to 65536 or more. The default ... that it compiles and works, but it could just as well result in memory leaks, crashes or silent data corruption. It certainly does result in slightly slower speed and higher memory consumption, though, so YOU ...