UefiCpuPkg/MpInitLib: Remove redundant CpuStateFinished State.
[mirror_edk2.git] / UefiCpuPkg / Library / MpInitLib / MpLib.h
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1/** @file\r
2 Common header file for MP Initialize Library.\r
3\r
7367cc6c 4 Copyright (c) 2016 - 2018, Intel Corporation. All rights reserved.<BR>\r
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5 This program and the accompanying materials\r
6 are licensed and made available under the terms and conditions of the BSD License\r
7 which accompanies this distribution. The full text of the license may be found at\r
8 http://opensource.org/licenses/bsd-license.php\r
9\r
10 THE PROGRAM IS DISTRIBUTED UNDER THE BSD LICENSE ON AN "AS IS" BASIS,\r
11 WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED.\r
12\r
13**/\r
14\r
15#ifndef _MP_LIB_H_\r
16#define _MP_LIB_H_\r
17\r
18#include <PiPei.h>\r
19\r
20#include <Register/Cpuid.h>\r
21#include <Register/Msr.h>\r
22#include <Register/LocalApic.h>\r
23#include <Register/Microcode.h>\r
24\r
25#include <Library/MpInitLib.h>\r
26#include <Library/BaseLib.h>\r
27#include <Library/BaseMemoryLib.h>\r
28#include <Library/MemoryAllocationLib.h>\r
29#include <Library/DebugLib.h>\r
30#include <Library/LocalApicLib.h>\r
31#include <Library/CpuLib.h>\r
32#include <Library/UefiCpuLib.h>\r
33#include <Library/TimerLib.h>\r
34#include <Library/SynchronizationLib.h>\r
35#include <Library/MtrrLib.h>\r
36#include <Library/HobLib.h>\r
37\r
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38#define WAKEUP_AP_SIGNAL SIGNATURE_32 ('S', 'T', 'A', 'P')\r
39\r
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40#define CPU_INIT_MP_LIB_HOB_GUID \\r
41 { \\r
42 0x58eb6a19, 0x3699, 0x4c68, { 0xa8, 0x36, 0xda, 0xcd, 0x8e, 0xdc, 0xad, 0x4a } \\r
43 }\r
44\r
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45//\r
46// The MP data for switch BSP\r
47//\r
48#define CPU_SWITCH_STATE_IDLE 0\r
49#define CPU_SWITCH_STATE_STORED 1\r
50#define CPU_SWITCH_STATE_LOADED 2\r
51\r
52//\r
53// CPU exchange information for switch BSP\r
54//\r
55typedef struct {\r
56 UINT8 State; // offset 0\r
57 UINTN StackPointer; // offset 4 / 8\r
58 IA32_DESCRIPTOR Gdtr; // offset 8 / 16\r
59 IA32_DESCRIPTOR Idtr; // offset 14 / 26\r
60} CPU_EXCHANGE_ROLE_INFO;\r
61\r
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62//\r
63// AP loop state when APs are in idle state\r
64// It's value is the same with PcdCpuApLoopMode\r
65//\r
66typedef enum {\r
67 ApInHltLoop = 1,\r
68 ApInMwaitLoop = 2,\r
69 ApInRunLoop = 3\r
70} AP_LOOP_MODE;\r
71\r
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72//\r
73// AP initialization state during APs wakeup\r
74//\r
75typedef enum {\r
76 ApInitConfig = 1,\r
77 ApInitReconfig = 2,\r
78 ApInitDone = 3\r
79} AP_INIT_STATE;\r
80\r
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81//\r
82// AP state\r
83//\r
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84// The state transitions for an AP when it process a procedure are:\r
85// Idle ----> Ready ----> Busy ----> Idle\r
86// [BSP] [AP] [AP]\r
87//\r
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88typedef enum {\r
89 CpuStateIdle,\r
90 CpuStateReady,\r
91 CpuStateBusy,\r
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92 CpuStateDisabled\r
93} CPU_STATE;\r
94\r
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95//\r
96// CPU volatile registers around INIT-SIPI-SIPI\r
97//\r
98typedef struct {\r
99 UINTN Cr0;\r
100 UINTN Cr3;\r
101 UINTN Cr4;\r
102 UINTN Dr0;\r
103 UINTN Dr1;\r
104 UINTN Dr2;\r
105 UINTN Dr3;\r
106 UINTN Dr6;\r
107 UINTN Dr7;\r
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108 IA32_DESCRIPTOR Gdtr;\r
109 IA32_DESCRIPTOR Idtr;\r
110 UINT16 Tr;\r
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111} CPU_VOLATILE_REGISTERS;\r
112\r
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113//\r
114// AP related data\r
115//\r
116typedef struct {\r
117 SPIN_LOCK ApLock;\r
118 volatile UINT32 *StartupApSignal;\r
119 volatile UINTN ApFunction;\r
120 volatile UINTN ApFunctionArgument;\r
e59f8f6b 121 BOOLEAN CpuHealthy;\r
03a1a925 122 volatile CPU_STATE State;\r
68cb9330 123 CPU_VOLATILE_REGISTERS VolatileRegisters;\r
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124 BOOLEAN Waiting;\r
125 BOOLEAN *Finished;\r
126 UINT64 ExpectedTime;\r
127 UINT64 CurrentTime;\r
128 UINT64 TotalTime;\r
129 EFI_EVENT WaitEvent;\r
130} CPU_AP_DATA;\r
131\r
132//\r
133// Basic CPU information saved in Guided HOB.\r
134// Because the contents will be shard between PEI and DXE,\r
135// we need to make sure the each fields offset same in different\r
136// architecture.\r
137//\r
dd3fa0cd 138#pragma pack (1)\r
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139typedef struct {\r
140 UINT32 InitialApicId;\r
141 UINT32 ApicId;\r
142 UINT32 Health;\r
dd3fa0cd 143 UINT64 ApTopOfStack;\r
e59f8f6b 144} CPU_INFO_IN_HOB;\r
dd3fa0cd 145#pragma pack ()\r
e59f8f6b 146\r
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147//\r
148// AP reset code information including code address and size,\r
149// this structure will be shared be C code and assembly code.\r
150// It is natural aligned by design.\r
151//\r
152typedef struct {\r
153 UINT8 *RendezvousFunnelAddress;\r
154 UINTN ModeEntryOffset;\r
155 UINTN RendezvousFunnelSize;\r
156 UINT8 *RelocateApLoopFuncAddress;\r
157 UINTN RelocateApLoopFuncSize;\r
f32bfe6d 158 UINTN ModeTransitionOffset;\r
f7f85d83 159} MP_ASSEMBLY_ADDRESS_MAP;\r
3e8ad6bd 160\r
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161typedef struct _CPU_MP_DATA CPU_MP_DATA;\r
162\r
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163#pragma pack(1)\r
164\r
165//\r
166// MP CPU exchange information for AP reset code\r
167// This structure is required to be packed because fixed field offsets\r
168// into this structure are used in assembly code in this module\r
169//\r
170typedef struct {\r
171 UINTN Lock;\r
172 UINTN StackStart;\r
173 UINTN StackSize;\r
174 UINTN CFunction;\r
175 IA32_DESCRIPTOR GdtrProfile;\r
176 IA32_DESCRIPTOR IdtrProfile;\r
177 UINTN BufferStart;\r
178 UINTN ModeOffset;\r
37676b9f 179 UINTN ApIndex;\r
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180 UINTN CodeSegment;\r
181 UINTN DataSegment;\r
5c66d125 182 UINTN EnableExecuteDisable;\r
d94e5f67 183 UINTN Cr3;\r
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184 UINTN InitFlag;\r
185 CPU_INFO_IN_HOB *CpuInfo;\r
0594ec41 186 UINTN NumApsExecuting;\r
e59f8f6b 187 CPU_MP_DATA *CpuMpData;\r
3b2928b4 188 UINTN InitializeFloatingPointUnitsAddress;\r
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189 UINT32 ModeTransitionMemory;\r
190 UINT16 ModeTransitionSegment;\r
191 UINT32 ModeHighMemory;\r
192 UINT16 ModeHighSegment;\r
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193} MP_CPU_EXCHANGE_INFO;\r
194\r
195#pragma pack()\r
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196\r
197//\r
198// CPU MP Data save in memory\r
199//\r
200struct _CPU_MP_DATA {\r
201 UINT64 CpuInfoInHob;\r
202 UINT32 CpuCount;\r
203 UINT32 BspNumber;\r
204 //\r
205 // The above fields data will be passed from PEI to DXE\r
206 // Please make sure the fields offset same in the different\r
207 // architecture.\r
208 //\r
209 SPIN_LOCK MpLock;\r
210 UINTN Buffer;\r
211 UINTN CpuApStackSize;\r
212 MP_ASSEMBLY_ADDRESS_MAP AddressMap;\r
213 UINTN WakeupBuffer;\r
66833b2a 214 UINTN WakeupBufferHigh;\r
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215 UINTN BackupBuffer;\r
216 UINTN BackupBufferSize;\r
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217\r
218 volatile UINT32 StartCount;\r
219 volatile UINT32 FinishedCount;\r
220 volatile UINT32 RunningCount;\r
221 BOOLEAN SingleThread;\r
222 EFI_AP_PROCEDURE Procedure;\r
223 VOID *ProcArguments;\r
224 BOOLEAN *Finished;\r
225 UINT64 ExpectedTime;\r
226 UINT64 CurrentTime;\r
227 UINT64 TotalTime;\r
228 EFI_EVENT WaitEvent;\r
229 UINTN **FailedCpuList;\r
230\r
231 AP_INIT_STATE InitFlag;\r
232 BOOLEAN X2ApicEnable;\r
41be0da5 233 BOOLEAN SwitchBspFlag;\r
b3775af2 234 UINTN NewBspNumber;\r
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235 CPU_EXCHANGE_ROLE_INFO BSPInfo;\r
236 CPU_EXCHANGE_ROLE_INFO APInfo;\r
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237 MTRR_SETTINGS MtrrTable;\r
238 UINT8 ApLoopMode;\r
239 UINT8 ApTargetCState;\r
240 UINT16 PmCodeSegment;\r
241 CPU_AP_DATA *CpuData;\r
242 volatile MP_CPU_EXCHANGE_INFO *MpCpuExchangeInfo;\r
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243\r
244 UINT32 CurrentTimerCount;\r
245 UINTN DivideValue;\r
246 UINT8 Vector;\r
247 BOOLEAN PeriodicMode;\r
248 BOOLEAN TimerInterruptState;\r
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249 UINT64 MicrocodePatchAddress;\r
250 UINT64 MicrocodePatchRegionSize;\r
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251\r
252 UINT32 ProcessorSignature;\r
253 UINT32 ProcessorFlags;\r
254 UINT64 MicrocodeDataAddress;\r
255 UINT32 MicrocodeRevision;\r
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256\r
257 //\r
258 // Whether need to use Init-Sipi-Sipi to wake up the APs.\r
259 // Two cases need to set this value to TRUE. One is in HLT\r
260 // loop mode, the other is resume from S3 which loop mode\r
261 // will be hardcode change to HLT mode by PiSmmCpuDxeSmm \r
262 // driver.\r
263 //\r
264 BOOLEAN WakeUpByInitSipiSipi;\r
e59f8f6b 265};\r
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266\r
267extern EFI_GUID mCpuInitMpLibHobGuid;\r
268\r
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269/**\r
270 Assembly code to place AP into safe loop mode.\r
271\r
272 Place AP into targeted C-State if MONITOR is supported, otherwise\r
273 place AP into hlt state.\r
274 Place AP in protected mode if the current is long mode. Due to AP maybe\r
275 wakeup by some hardware event. It could avoid accessing page table that\r
276 may not available during booting to OS.\r
277\r
278 @param[in] MwaitSupport TRUE indicates MONITOR is supported.\r
279 FALSE indicates MONITOR is not supported.\r
280 @param[in] ApTargetCState Target C-State value.\r
281 @param[in] PmCodeSegment Protected mode code segment value.\r
282**/\r
283typedef\r
284VOID\r
285(EFIAPI * ASM_RELOCATE_AP_LOOP) (\r
286 IN BOOLEAN MwaitSupport,\r
287 IN UINTN ApTargetCState,\r
bf2786dc 288 IN UINTN PmCodeSegment,\r
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289 IN UINTN TopOfApStack,\r
290 IN UINTN NumberToFinish\r
76157021 291 );\r
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292\r
293/**\r
294 Assembly code to get starting address and size of the rendezvous entry for APs.\r
295 Information for fixing a jump instruction in the code is also returned.\r
296\r
297 @param[out] AddressMap Output buffer for address map information.\r
298**/\r
299VOID\r
300EFIAPI\r
301AsmGetAddressMap (\r
302 OUT MP_ASSEMBLY_ADDRESS_MAP *AddressMap\r
303 );\r
304\r
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305/**\r
306 This function is called by both the BSP and the AP which is to become the BSP to\r
307 Exchange execution context including stack between them. After return from this\r
308 function, the BSP becomes AP and the AP becomes the BSP.\r
309\r
310 @param[in] MyInfo Pointer to buffer holding the exchanging information for the executing processor.\r
311 @param[in] OthersInfo Pointer to buffer holding the exchanging information for the peer.\r
312\r
313**/\r
314VOID\r
315EFIAPI\r
316AsmExchangeRole (\r
317 IN CPU_EXCHANGE_ROLE_INFO *MyInfo,\r
318 IN CPU_EXCHANGE_ROLE_INFO *OthersInfo\r
319 );\r
320\r
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321/**\r
322 Get the pointer to CPU MP Data structure.\r
323\r
324 @return The pointer to CPU MP Data structure.\r
325**/\r
326CPU_MP_DATA *\r
327GetCpuMpData (\r
328 VOID\r
329 );\r
330\r
331/**\r
332 Save the pointer to CPU MP Data structure.\r
333\r
334 @param[in] CpuMpData The pointer to CPU MP Data structure will be saved.\r
335**/\r
336VOID\r
337SaveCpuMpData (\r
338 IN CPU_MP_DATA *CpuMpData\r
339 );\r
340\r
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341\r
342/**\r
a6b3d753 343 Get available system memory below 1MB by specified size.\r
ed66e0e3 344\r
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345 @param[in] WakeupBufferSize Wakeup buffer size required\r
346\r
347 @retval other Return wakeup buffer address below 1MB.\r
348 @retval -1 Cannot find free memory below 1MB.\r
ed66e0e3 349**/\r
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350UINTN\r
351GetWakeupBuffer (\r
352 IN UINTN WakeupBufferSize\r
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353 );\r
354\r
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355/**\r
356 Get available EfiBootServicesCode memory below 4GB by specified size.\r
357\r
358 This buffer is required to safely transfer AP from real address mode to\r
359 protected mode or long mode, due to the fact that the buffer returned by\r
360 GetWakeupBuffer() may be marked as non-executable.\r
361\r
362 @param[in] BufferSize Wakeup transition buffer size.\r
363\r
364 @retval other Return wakeup transition buffer address below 4GB.\r
365 @retval 0 Cannot find free memory below 4GB.\r
366**/\r
367UINTN\r
368GetModeTransitionBuffer (\r
369 IN UINTN BufferSize\r
370 );\r
371\r
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372/**\r
373 This function will be called by BSP to wakeup AP.\r
374\r
375 @param[in] CpuMpData Pointer to CPU MP Data\r
376 @param[in] Broadcast TRUE: Send broadcast IPI to all APs\r
377 FALSE: Send IPI to AP by ApicId\r
378 @param[in] ProcessorNumber The handle number of specified processor\r
379 @param[in] Procedure The function to be invoked by AP\r
380 @param[in] ProcedureArgument The argument to be passed into AP function\r
381**/\r
382VOID\r
383WakeUpAP (\r
384 IN CPU_MP_DATA *CpuMpData,\r
385 IN BOOLEAN Broadcast,\r
386 IN UINTN ProcessorNumber,\r
387 IN EFI_AP_PROCEDURE Procedure, OPTIONAL\r
388 IN VOID *ProcedureArgument OPTIONAL\r
389 );\r
390\r
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391/**\r
392 Initialize global data for MP support.\r
393\r
394 @param[in] CpuMpData The pointer to CPU MP Data structure.\r
395**/\r
396VOID\r
397InitMpGlobalData (\r
398 IN CPU_MP_DATA *CpuMpData\r
399 );\r
400\r
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401/**\r
402 Worker function to execute a caller provided function on all enabled APs.\r
403\r
404 @param[in] Procedure A pointer to the function to be run on\r
405 enabled APs of the system.\r
406 @param[in] SingleThread If TRUE, then all the enabled APs execute\r
407 the function specified by Procedure one by\r
408 one, in ascending order of processor handle\r
409 number. If FALSE, then all the enabled APs\r
410 execute the function specified by Procedure\r
411 simultaneously.\r
412 @param[in] WaitEvent The event created by the caller with CreateEvent()\r
413 service.\r
367284e7 414 @param[in] TimeoutInMicroseconds Indicates the time limit in microseconds for\r
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415 APs to return from Procedure, either for\r
416 blocking or non-blocking mode.\r
417 @param[in] ProcedureArgument The parameter passed into Procedure for\r
418 all APs.\r
419 @param[out] FailedCpuList If all APs finish successfully, then its\r
420 content is set to NULL. If not all APs\r
421 finish before timeout expires, then its\r
422 content is set to address of the buffer\r
423 holding handle numbers of the failed APs.\r
424\r
425 @retval EFI_SUCCESS In blocking mode, all APs have finished before\r
426 the timeout expired.\r
427 @retval EFI_SUCCESS In non-blocking mode, function has been dispatched\r
428 to all enabled APs.\r
429 @retval others Failed to Startup all APs.\r
430\r
431**/\r
432EFI_STATUS\r
433StartupAllAPsWorker (\r
434 IN EFI_AP_PROCEDURE Procedure,\r
435 IN BOOLEAN SingleThread,\r
436 IN EFI_EVENT WaitEvent OPTIONAL,\r
437 IN UINTN TimeoutInMicroseconds,\r
438 IN VOID *ProcedureArgument OPTIONAL,\r
439 OUT UINTN **FailedCpuList OPTIONAL\r
440 );\r
441\r
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442/**\r
443 Worker function to let the caller get one enabled AP to execute a caller-provided\r
444 function.\r
445\r
446 @param[in] Procedure A pointer to the function to be run on\r
447 enabled APs of the system.\r
448 @param[in] ProcessorNumber The handle number of the AP.\r
449 @param[in] WaitEvent The event created by the caller with CreateEvent()\r
450 service.\r
367284e7 451 @param[in] TimeoutInMicroseconds Indicates the time limit in microseconds for\r
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452 APs to return from Procedure, either for\r
453 blocking or non-blocking mode.\r
454 @param[in] ProcedureArgument The parameter passed into Procedure for\r
455 all APs.\r
456 @param[out] Finished If AP returns from Procedure before the\r
457 timeout expires, its content is set to TRUE.\r
458 Otherwise, the value is set to FALSE.\r
459\r
460 @retval EFI_SUCCESS In blocking mode, specified AP finished before\r
461 the timeout expires.\r
462 @retval others Failed to Startup AP.\r
463\r
464**/\r
465EFI_STATUS\r
466StartupThisAPWorker (\r
467 IN EFI_AP_PROCEDURE Procedure,\r
468 IN UINTN ProcessorNumber,\r
469 IN EFI_EVENT WaitEvent OPTIONAL,\r
470 IN UINTN TimeoutInMicroseconds,\r
471 IN VOID *ProcedureArgument OPTIONAL,\r
472 OUT BOOLEAN *Finished OPTIONAL\r
473 );\r
474\r
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475/**\r
476 Worker function to switch the requested AP to be the BSP from that point onward.\r
477\r
478 @param[in] ProcessorNumber The handle number of AP that is to become the new BSP.\r
479 @param[in] EnableOldBSP If TRUE, then the old BSP will be listed as an\r
480 enabled AP. Otherwise, it will be disabled.\r
481\r
482 @retval EFI_SUCCESS BSP successfully switched.\r
7367cc6c 483 @retval others Failed to switch BSP.\r
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484\r
485**/\r
486EFI_STATUS\r
487SwitchBSPWorker (\r
488 IN UINTN ProcessorNumber,\r
489 IN BOOLEAN EnableOldBSP\r
490 );\r
491\r
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492/**\r
493 Worker function to let the caller enable or disable an AP from this point onward.\r
494 This service may only be called from the BSP.\r
495\r
496 @param[in] ProcessorNumber The handle number of AP.\r
497 @param[in] EnableAP Specifies the new state for the processor for\r
498 enabled, FALSE for disabled.\r
499 @param[in] HealthFlag If not NULL, a pointer to a value that specifies\r
500 the new health status of the AP.\r
501\r
502 @retval EFI_SUCCESS The specified AP was enabled or disabled successfully.\r
503 @retval others Failed to Enable/Disable AP.\r
504\r
505**/\r
506EFI_STATUS\r
507EnableDisableApWorker (\r
508 IN UINTN ProcessorNumber,\r
509 IN BOOLEAN EnableAP,\r
510 IN UINT32 *HealthFlag OPTIONAL\r
511 );\r
512\r
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513/**\r
514 Get pointer to CPU MP Data structure from GUIDed HOB.\r
515\r
516 @return The pointer to CPU MP Data structure.\r
517**/\r
518CPU_MP_DATA *\r
519GetCpuMpDataFromGuidedHob (\r
520 VOID\r
521 );\r
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522\r
523/** Checks status of specified AP.\r
524\r
525 This function checks whether the specified AP has finished the task assigned\r
526 by StartupThisAP(), and whether timeout expires.\r
527\r
528 @param[in] ProcessorNumber The handle number of processor.\r
529\r
530 @retval EFI_SUCCESS Specified AP has finished task assigned by StartupThisAPs().\r
531 @retval EFI_TIMEOUT The timeout expires.\r
532 @retval EFI_NOT_READY Specified AP has not finished task and timeout has not expired.\r
533**/\r
534EFI_STATUS\r
535CheckThisAP (\r
536 IN UINTN ProcessorNumber\r
537 );\r
538\r
539/**\r
540 Checks status of all APs.\r
541\r
542 This function checks whether all APs have finished task assigned by StartupAllAPs(),\r
543 and whether timeout expires.\r
544\r
545 @retval EFI_SUCCESS All APs have finished task assigned by StartupAllAPs().\r
546 @retval EFI_TIMEOUT The timeout expires.\r
547 @retval EFI_NOT_READY APs have not finished task and timeout has not expired.\r
548**/\r
549EFI_STATUS\r
550CheckAllAPs (\r
551 VOID\r
552 );\r
553\r
554/**\r
555 Checks APs status and updates APs status if needed.\r
556\r
557**/\r
558VOID\r
559CheckAndUpdateApsStatus (\r
560 VOID\r
561 );\r
562\r
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563/**\r
564 Detect whether specified processor can find matching microcode patch and load it.\r
565\r
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566 @param[in] CpuMpData The pointer to CPU MP Data structure.\r
567 @param[in] IsBspCallIn Indicate whether the caller is BSP or not.\r
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568**/\r
569VOID\r
570MicrocodeDetect (\r
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571 IN CPU_MP_DATA *CpuMpData,\r
572 IN BOOLEAN IsBspCallIn\r
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573 );\r
574\r
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575/**\r
576 Detect whether Mwait-monitor feature is supported.\r
577\r
578 @retval TRUE Mwait-monitor feature is supported.\r
579 @retval FALSE Mwait-monitor feature is not supported.\r
580**/\r
581BOOLEAN\r
582IsMwaitSupport (\r
583 VOID\r
584 );\r
585\r
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586/**\r
587 Enable Debug Agent to support source debugging on AP function.\r
588\r
589**/\r
590VOID\r
591EnableDebugAgent (\r
592 VOID\r
593 );\r
594\r
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595#endif\r
596\r