* May be used at TrustedBSD policy initialisation * * @param conf policy configuration */

* Unset thread specific value if present * * @return true on success */

* Unset thread specific value if present * * @return true on success */

* Unset thread specific value if present * * @return true on success */

* Erase evector element * * @param index element index */

* Erase evector element * * @param index element index */

* Erase evector element * * @param index element index */

* Get thread specific value * * @return pointer to stored value on success */

* Get thread specific value * * @return pointer to stored value on success */

* Get thread specific value * * @return pointer to stored value on success */

* Obtain current calendar system time in nanoseconds * * @return current time */

* Obtain current calendar system time in nanoseconds * * @return current time */

* Obtain current calendar system time in nanoseconds * * @return current time */

* Get fat offset of the initialised image */

* Get fat offset of the initialised image */

* Obtain minor kernel version * * @return numeric minor kernel version */

* Obtain minor kernel version * * @return numeric minor kernel version */

* Obtain minor kernel version * * @return numeric minor kernel version */

* Obtain major kernel version * * @return numeric kernel version */

* Obtain major kernel version * * @return numeric kernel version */

* Obtain major kernel version * * @return numeric kernel version */

* Obtain RTC device for direct writing. * Written as inline to avoid IOACPIPlatformDevice dependency. * * @param name device name * * @

* Obtain RTC device for direct writing. * Written as inline to avoid IOACPIPlatformDevice dependency. * * @param name device name * * @

* Obtain RTC device for direct writing. * Written as inline to avoid IOACPIPlatformDevice dependency. * * @param name device name * * @

* Obtain current run mode similarly to requirements * * @return run mode mask (RunningMode) */

* Obtain current run mode similarly to requirements * * @return run mode mask (RunningMode) */

* Obtain current run mode similarly to requirements * * @return run mode mask (RunningMode) */

* Obtain time left till a timestamp in the future in nanoseconds * * @param start starting timestamp * @param timeout timeout for the event *

* Obtain time left till a timestamp in the future in nanoseconds * * @param start starting timestamp * @param timeout timeout for the event *

* Obtain time left till a timestamp in the future in nanoseconds * * @param start starting timestamp * @param timeout timeout for the event *

* Obtain time passed since some timestamp in nanoseconds * * @param start starting timestamp * @param current timestamp to check against (pass

* Obtain time passed since some timestamp in nanoseconds * * @param start starting timestamp * @param current timestamp to check against (pass

* Obtain time passed since some timestamp in nanoseconds * * @param start starting timestamp * @param current timestamp to check against (pass

* Return last element id * * @return element id */

* Return last element id * * @return element id */

* Return last element id * * @return element id */

* Mapping of cpu_number() to physical cores from 0 to totalPhysical. */

* Mapping of cpu_number() to physical cores from 0 to totalPhysical. */

* Mapping of cpu_number() to physical cores from 0 to totalPhysical. */

* Registers custom provided callbacks for later invocation on entitlement registration * Enforced version, which panics on registration failure (a

* Registers custom provided callbacks for later invocation on entitlement registration * Enforced version, which panics on registration failure (a

* Registers custom provided callbacks for later invocation on entitlement registration * Enforced version, which panics on registration failure (a

* Registers custom provided callbacks for later invocation on kext load * Enforced version, which panics on registration failure (assuming your co

* Registers custom provided callbacks for later invocation on kext load * Enforced version, which panics on registration failure (assuming your co

* Registers custom provided callbacks for later invocation on kext load * Enforced version, which panics on registration failure (assuming your co

* Registers custom provided callbacks for later invocation on kernel patcher initialisation * Enforced version, which panics on registration failu

* Registers custom provided callbacks for later invocation on kernel patcher initialisation * Enforced version, which panics on registration failu

* Registers custom provided callbacks for later invocation on kernel patcher initialisation * Enforced version, which panics on registration failu

* Registers custom provided callbacks for later invocation on binary load * Enforced version, which panics on registration failure (assuming your

* Registers custom provided callbacks for later invocation on binary load * Enforced version, which panics on registration failure (assuming your

* Registers custom provided callbacks for later invocation on binary load * Enforced version, which panics on registration failure (assuming your

* Directly read RTC memory (UNSAFE, usage with caution!), this is just a compatibility function. * * @param off offset to read data from

* Directly read RTC memory (UNSAFE, usage with caution!), this is just a compatibility function. * * @param off offset to read data from