xnu-4903.221.2.tar.gz

[apple/xnu.git] / osfmk / i386 / pmCPU.h

diff --git a/osfmk/i386/pmCPU.h b/osfmk/i386/pmCPU.h
index c6e36a616982b2b30e004324feaf67e64df20fdb..1ed973e4ceb2fae9a33dd1a88e058a6a463ee0cd 100644 (file)
--- a/osfmk/i386/pmCPU.h
+++ b/osfmk/i386/pmCPU.h
@@ -30,15 +30,14 @@
 #define _I386_PMCPU_H_
 
 #include <i386/cpu_topology.h>
 #define _I386_PMCPU_H_
 
 #include <i386/cpu_topology.h>

-#include <i386/rtclock.h>

 
 #ifndef ASSEMBLER
 
 /*
 
 #ifndef ASSEMBLER
 
 /*

- * This value should be changed each time that pmDsipatch_t or pmCallBacks_t
+ * This value should be changed each time that pmDispatch_t or pmCallBacks_t

  * changes.
  */
  * changes.
  */

-#define PM_DISPATCH_VERSION    21
+#define PM_DISPATCH_VERSION    102

 
 /*
  * Dispatch table for functions that get installed when the power
 
 /*
  * Dispatch table for functions that get installed when the power


@@ -77,11 +76,24 @@ typedef struct
     boolean_t          (*pmIsCPUUnAvailable)(x86_lcpu_t *lcpu);
     int                        (*pmChooseCPU)(int startCPU, int endCPU, int preferredCPU);
     int                        (*pmIPIHandler)(void *state);
     boolean_t          (*pmIsCPUUnAvailable)(x86_lcpu_t *lcpu);
     int                        (*pmChooseCPU)(int startCPU, int endCPU, int preferredCPU);
     int                        (*pmIPIHandler)(void *state);

+    void               (*pmThreadTellUrgency)(int urgency, uint64_t rt_period, uint64_t rt_deadline);
+    void               (*pmActiveRTThreads)(boolean_t active);
+    boolean_t           (*pmInterruptPrewakeApplicable)(void);

 } pmDispatch_t;
 
 } pmDispatch_t;
 

+/* common time fields exported to PM code. This structure may be
+ * allocated on the stack, so avoid making it unnecessarily large.
+ */
+typedef struct pm_rtc_nanotime {
+       uint64_t        tsc_base;               /* timestamp */
+       uint64_t        ns_base;                /* nanoseconds */
+       uint32_t        scale;                  /* tsc -> nanosec multiplier */
+       uint32_t        shift;                  /* tsc -> nanosec shift/div */
+       uint32_t        generation;             /* 0 == being updated */
+} pm_rtc_nanotime_t;

 
 typedef struct {
 
 typedef struct {

-    int                        (*setRTCPop)(uint64_t time);
+    uint64_t           (*setRTCPop)(uint64_t time);

     void               (*resyncDeadlines)(int cpu);
     void               (*initComplete)(void);
     x86_lcpu_t         *(*GetLCPU)(int cpu);
     void               (*resyncDeadlines)(int cpu);
     void               (*initComplete)(void);
     x86_lcpu_t         *(*GetLCPU)(int cpu);


@@ -99,9 +111,15 @@ typedef struct {
     processor_t                (*ThreadBind)(processor_t proc);
     uint32_t           (*GetSavedRunCount)(void);
     void               (*pmSendIPI)(int cpu);
     processor_t                (*ThreadBind)(processor_t proc);
     uint32_t           (*GetSavedRunCount)(void);
     void               (*pmSendIPI)(int cpu);

-    rtc_nanotime_t     *(*GetNanotimeInfo)(void);
+    void               (*GetNanotimeInfo)(pm_rtc_nanotime_t *);
+    int                        (*ThreadGetUrgency)(uint64_t *rt_period, uint64_t *rt_deadline);
+    uint32_t           (*timerQueueMigrate)(int cpu);

     void               (*RTCClockAdjust)(uint64_t adjustment);
     x86_topology_parameters_t  *topoParms;
     void               (*RTCClockAdjust)(uint64_t adjustment);
     x86_topology_parameters_t  *topoParms;

+    boolean_t          (*InterruptPending)(void);
+    boolean_t          (*IsInterrupting)(uint8_t vector);
+    void               (*InterruptStats)(uint64_t intrs[256]);
+    void               (*DisableApicTimer)(void);

 } pmCallBacks_t;
 
 extern pmDispatch_t    *pmDispatch;
 } pmCallBacks_t;
 
 extern pmDispatch_t    *pmDispatch;


@@ -123,6 +141,7 @@ void pmTimerSave(void);
 void pmTimerRestore(void);
 kern_return_t pmCPUExitHalt(int cpu);
 kern_return_t pmCPUExitHaltToOff(int cpu);
 void pmTimerRestore(void);
 kern_return_t pmCPUExitHalt(int cpu);
 kern_return_t pmCPUExitHaltToOff(int cpu);

+uint32_t pmTimerQueueMigrate(int);

 
 #define PM_HALT_NORMAL         0               /* normal halt path */
 #define PM_HALT_DEBUG          1               /* debug code wants to halt */
 
 #define PM_HALT_NORMAL         0               /* normal halt path */
 #define PM_HALT_DEBUG          1               /* debug code wants to halt */


@@ -137,7 +156,19 @@ void pmSafeMode(x86_lcpu_t *lcpu, uint32_t flags);
 #define PM_SAFE_FL_RESUME      0x00000020      /* resume execution on the CPU */
 
 extern int pmsafe_debug;
 #define PM_SAFE_FL_RESUME      0x00000020      /* resume execution on the CPU */
 
 extern int pmsafe_debug;

-extern int idlehalt;
+/* Default urgency timing threshold for the DEBUG build */
+#define                URGENCY_NOTIFICATION_ASSERT_NS (5 * 1000 * 1000)
+extern uint64_t        urgency_notification_assert_abstime_threshold;
+
+x86_lcpu_t *
+pmGetLogicalCPU(int cpu);
+x86_lcpu_t *
+pmGetMyLogicalCPU(void);
+processor_t
+pmLCPUtoProcessor(int lcpu);
+x86_pkg_t *
+pmGetPkgRoot(void);
+

 
 /******************************************************************************
  *
 
 /******************************************************************************
  *