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Moves it into the IOManager.c where we can follow the new pattern of switching on the selected I/O manager. Uses a new IOManager API: syncDelay, following the naming convention of sync* for thread-synchronous I/O & timer/delay operations. As part of porting from cmm to C, we maintain the rule that the why_blocked gets accessed using load acquire and store release atomic memory operations. There was one exception to this rule: in the delay# primop cmm code on posix (not win32), the why_blocked was being updated using a store relaxed, not a store release. I've no idea why. In this convesion I'm playing it safe here and using store release consistently.
Moves it into the IOManager.c where we can follow the new pattern of switching on the selected I/O manager. Uses a new IOManager API: syncDelay, following the naming convention of sync* for thread-synchronous I/O & timer/delay operations. As part of porting from cmm to C, we maintain the rule that the why_blocked gets accessed using load acquire and store release atomic memory operations. There was one exception to this rule: in the delay# primop cmm code on posix (not win32), the why_blocked was being updated using a store relaxed, not a store release. I've no idea why. In this convesion I'm playing it safe here and using store release consistently.
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