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7 by threads and ISRs in an uninterruptible manner. It is a 32-bit variable on
8 32-bit machines and a 64-bit variable on 64-bit machines.
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47 The following code shows how an atomic variable can be used to keep track
48 of the number of times a function has been invoked. Since the count is
50 in mid-increment if a thread calling the function is interrupted if
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69 An array of 32-bit atomic variables can be defined in the conventional manner.
70 However, you can also define an N-bit array of atomic variables using
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99 architecture-specific implementations are responsible for ensuring
106 requires the manipulation of a single 32-bit value.