osfmk/arm64/genassym.c

   1 /*
   2  * Copyright (c) 2007 Apple Inc. All rights reserved.
   3  *
   4  * @APPLE_OSREFERENCE_LICENSE_HEADER_START@
   5  *
   6  * This file contains Original Code and/or Modifications of Original Code
   7  * as defined in and that are subject to the Apple Public Source License
   8  * Version 2.0 (the 'License'). You may not use this file except in
   9  * compliance with the License. The rights granted to you under the License
  10  * may not be used to create, or enable the creation or redistribution of,
  11  * unlawful or unlicensed copies of an Apple operating system, or to
  12  * circumvent, violate, or enable the circumvention or violation of, any
  13  * terms of an Apple operating system software license agreement.
  14  *
  15  * Please obtain a copy of the License at
  16  * http://www.opensource.apple.com/apsl/ and read it before using this file.
  17  *
  18  * The Original Code and all software distributed under the License are
  19  * distributed on an 'AS IS' basis, WITHOUT WARRANTY OF ANY KIND, EITHER
  20  * EXPRESS OR IMPLIED, AND APPLE HEREBY DISCLAIMS ALL SUCH WARRANTIES,
  21  * INCLUDING WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY,
  22  * FITNESS FOR A PARTICULAR PURPOSE, QUIET ENJOYMENT OR NON-INFRINGEMENT.
  23  * Please see the License for the specific language governing rights and
  24  * limitations under the License.
  25  *
  26  * @APPLE_OSREFERENCE_LICENSE_HEADER_END@
  27  */
  28 /*
  29  * @OSF_COPYRIGHT@
  30  */
  31 /*
  32  * Mach Operating System
  33  * Copyright (c) 1991,1990 Carnegie Mellon University
  34  * All Rights Reserved.
  35  *
  36  * Permission to use, copy, modify and distribute this software and its
  37  * documentation is hereby granted, provided that both the copyright
  38  * notice and this permission notice appear in all copies of the
  39  * software, derivative works or modified versions, and any portions
  40  * thereof, and that both notices appear in supporting documentation.
  41  *
  42  * CARNEGIE MELLON ALLOWS FREE USE OF THIS SOFTWARE IN ITS "AS IS"
  43  * CONDITION.  CARNEGIE MELLON DISCLAIMS ANY LIABILITY OF ANY KIND FOR
  44  * ANY DAMAGES WHATSOEVER RESULTING FROM THE USE OF THIS SOFTWARE.
  45  *
  46  * Carnegie Mellon requests users of this software to return to
  47  *
  48  *  Software Distribution Coordinator  or  Software.Distribution@CS.CMU.EDU
  49  *  School of Computer Science
  50  *  Carnegie Mellon University
  51  *  Pittsburgh PA 15213-3890
  52  *
  53  * any improvements or extensions that they make and grant Carnegie Mellon
  54  * the rights to redistribute these changes.
  55  */
  56
  57 #include <stddef.h>
  58
  59 #include <mach_ldebug.h>
  60
  61 /*
  62  * Pass field offsets to assembly code.
  63  */
  64 #include <kern/ast.h>
  65 #include <kern/thread.h>
  66 #include <kern/task.h>
  67 #include <kern/locks.h>
  68 #include <ipc/ipc_space.h>
  69 #include <ipc/ipc_port.h>
  70 #include <ipc/ipc_pset.h>
  71 #include <kern/host.h>
  72 #include <kern/misc_protos.h>
  73 #include <kern/syscall_sw.h>
  74 #include <arm/thread.h>
  75 #include <mach/arm/vm_param.h>
  76 #include <arm/misc_protos.h>
  77 #include <arm/pmap.h>
  78 #include <arm/trap.h>
  79 #include <arm/cpu_data_internal.h>
  80 #include <arm/cpu_capabilities.h>
  81 #include <arm/cpu_internal.h>
  82 #include <arm/rtclock.h>
  83 #include <machine/commpage.h>
  84 #include <vm/vm_map.h>
  85 #include <pexpert/arm64/boot.h>
  86 #include <arm64/proc_reg.h>
  87 #include <prng/random.h>
  88
  89 #if     CONFIG_DTRACE
  90 #define NEED_DTRACE_DEFS
  91 #include <../bsd/sys/lockstat.h>
  92 #endif  /* CONFIG_DTRACE */
  93
  94 /*
  95  * genassym.c is used to produce an
  96  * assembly file which, intermingled with unuseful assembly code,
  97  * has all the necessary definitions emitted. This assembly file is
  98  * then postprocessed with sed to extract only these definitions
  99  * and thus the final assyms.s is created.
 100  *
 101  * This convoluted means is necessary since the structure alignment
 102  * and packing may be different between the host machine and the
 103  * target so we are forced into using the cross compiler to generate
 104  * the values, but we cannot run anything on the target machine.
 105  */
 106
 107 #define DECLARE(SYM,VAL) \
 108         __asm("DEFINITION__define__" SYM ":\t .ascii \"%0\"" : : "n"  ((u_long)(VAL)))
 109
 110
 111 int     main(
 112                 int             argc,
 113                 char            ** argv);
 114
 115 int
 116 main(
 117         int     argc,
 118         char    **argv)
 119 {
 120
 121         DECLARE("T_PREFETCH_ABT",       T_PREFETCH_ABT);
 122         DECLARE("T_DATA_ABT",           T_DATA_ABT);
 123
 124         DECLARE("AST_URGENT",           AST_URGENT);
 125         DECLARE("AST_PREEMPTION",       AST_PREEMPTION);
 126
 127         DECLARE("TH_RECOVER",           offsetof(struct thread, recover));
 128         DECLARE("TH_CONTINUATION",      offsetof(struct thread, continuation));
 129         DECLARE("TH_KERNEL_STACK",      offsetof(struct thread, kernel_stack));
 130         DECLARE("TH_KSTACKPTR", offsetof(struct thread, machine.kstackptr));
 131         DECLARE("THREAD_UTHREAD",       offsetof(struct thread, uthread));
 132
 133         DECLARE("TASK_MACH_EXC_PORT",
 134                 offsetof(struct task, exc_actions[EXC_MACH_SYSCALL].port));
 135
 136         /* These fields are being added on demand */
 137         DECLARE("ACT_TASK",     offsetof(struct thread, task));
 138         DECLARE("ACT_CONTEXT", offsetof(struct thread, machine.contextData));
 139         DECLARE("ACT_UPCB",     offsetof(struct thread, machine.upcb));
 140 //      DECLARE("ACT_PCBDATA",  offsetof(struct thread, machine.contextData.ss));
 141         DECLARE("ACT_UNEON", offsetof(struct thread, machine.uNeon));
 142 //      DECLARE("ACT_NEONDATA", offsetof(struct thread, machine.contextData.ns));
 143         DECLARE("TH_CTH_SELF",  offsetof(struct thread, machine.cthread_self));
 144         DECLARE("TH_CTH_DATA",  offsetof(struct thread, machine.cthread_data));
 145         DECLARE("ACT_PREEMPT_CNT",      offsetof(struct thread, machine.preemption_count));
 146         DECLARE("ACT_CPUDATAP", offsetof(struct thread, machine.CpuDatap));
 147         DECLARE("ACT_MAP",      offsetof(struct thread, map));
 148         DECLARE("ACT_DEBUGDATA",        offsetof(struct thread, machine.DebugData));
 149         DECLARE("TH_IOTIER_OVERRIDE",   offsetof(struct thread, iotier_override));
 150         DECLARE("TH_RWLOCK_CNT",        offsetof(struct thread, rwlock_count));
 151         DECLARE("TH_SCHED_FLAGS",       offsetof(struct thread, sched_flags));
 152         DECLARE("TH_SFLAG_RW_PROMOTED_BIT",             TH_SFLAG_RW_PROMOTED_BIT);
 153
 154         DECLARE("TH_MACH_SYSCALLS", offsetof(struct thread, syscalls_mach));
 155         DECLARE("TH_UNIX_SYSCALLS", offsetof(struct thread, syscalls_unix));
 156         DECLARE("TASK_BSD_INFO", offsetof(struct task, bsd_info));
 157
 158         DECLARE("MACH_TRAP_TABLE_COUNT", MACH_TRAP_TABLE_COUNT);
 159         DECLARE("MACH_TRAP_TABLE_ENTRY_SIZE", sizeof(mach_trap_t));
 160
 161         DECLARE("MAP_PMAP",     offsetof(struct _vm_map, pmap));
 162
 163         DECLARE("ARM_CONTEXT_SIZE", sizeof(arm_context_t));
 164
 165         DECLARE("CONTEXT_SS", offsetof(arm_context_t, ss));
 166         DECLARE("SS_FLAVOR", offsetof(arm_context_t, ss.ash.flavor));
 167         DECLARE("ARM_SAVED_STATE32", ARM_SAVED_STATE32);
 168         DECLARE("ARM_SAVED_STATE64", ARM_SAVED_STATE64);
 169         DECLARE("ARM_SAVED_STATE64_COUNT", ARM_SAVED_STATE64_COUNT);
 170
 171         DECLARE("SS32_W0", offsetof(arm_context_t, ss.ss_32.r[0]));
 172         DECLARE("SS32_W2", offsetof(arm_context_t, ss.ss_32.r[2]));
 173         DECLARE("SS32_W4", offsetof(arm_context_t, ss.ss_32.r[4]));
 174         DECLARE("SS32_W6", offsetof(arm_context_t, ss.ss_32.r[6]));
 175         DECLARE("SS32_W8", offsetof(arm_context_t, ss.ss_32.r[8]));
 176         DECLARE("SS32_W10", offsetof(arm_context_t, ss.ss_32.r[10]));
 177         DECLARE("SS32_W12", offsetof(arm_context_t, ss.ss_32.r[12]));
 178         DECLARE("SS32_SP", offsetof(arm_context_t, ss.ss_32.sp));
 179         DECLARE("SS32_LR", offsetof(arm_context_t, ss.ss_32.lr));
 180         DECLARE("SS32_PC", offsetof(arm_context_t, ss.ss_32.pc));
 181         DECLARE("SS32_CPSR", offsetof(arm_context_t, ss.ss_32.cpsr));
 182         DECLARE("SS32_VADDR", offsetof(arm_context_t, ss.ss_32.far));
 183         DECLARE("SS32_STATUS", offsetof(arm_context_t, ss.ss_32.esr));
 184
 185         DECLARE("SS64_X0", offsetof(arm_context_t, ss.ss_64.x[0]));
 186         DECLARE("SS64_X2", offsetof(arm_context_t, ss.ss_64.x[2]));
 187         DECLARE("SS64_X4", offsetof(arm_context_t, ss.ss_64.x[4]));
 188         DECLARE("SS64_X6", offsetof(arm_context_t, ss.ss_64.x[6]));
 189         DECLARE("SS64_X8", offsetof(arm_context_t, ss.ss_64.x[8]));
 190         DECLARE("SS64_X10", offsetof(arm_context_t, ss.ss_64.x[10]));
 191         DECLARE("SS64_X12", offsetof(arm_context_t, ss.ss_64.x[12]));
 192         DECLARE("SS64_X14", offsetof(arm_context_t, ss.ss_64.x[14]));
 193         DECLARE("SS64_X16", offsetof(arm_context_t, ss.ss_64.x[16]));
 194         DECLARE("SS64_X18", offsetof(arm_context_t, ss.ss_64.x[18]));
 195         DECLARE("SS64_X19", offsetof(arm_context_t, ss.ss_64.x[19]));
 196         DECLARE("SS64_X20", offsetof(arm_context_t, ss.ss_64.x[20]));
 197         DECLARE("SS64_X21", offsetof(arm_context_t, ss.ss_64.x[21]));
 198         DECLARE("SS64_X22", offsetof(arm_context_t, ss.ss_64.x[22]));
 199         DECLARE("SS64_X23", offsetof(arm_context_t, ss.ss_64.x[23]));
 200         DECLARE("SS64_X24", offsetof(arm_context_t, ss.ss_64.x[24]));
 201         DECLARE("SS64_X25", offsetof(arm_context_t, ss.ss_64.x[25]));
 202         DECLARE("SS64_X26", offsetof(arm_context_t, ss.ss_64.x[26]));
 203         DECLARE("SS64_X27", offsetof(arm_context_t, ss.ss_64.x[27]));
 204         DECLARE("SS64_X28", offsetof(arm_context_t, ss.ss_64.x[28]));
 205         DECLARE("SS64_FP", offsetof(arm_context_t, ss.ss_64.fp));
 206         DECLARE("SS64_LR", offsetof(arm_context_t, ss.ss_64.lr));
 207         DECLARE("SS64_SP", offsetof(arm_context_t, ss.ss_64.sp));
 208         DECLARE("SS64_PC", offsetof(arm_context_t, ss.ss_64.pc));
 209         DECLARE("SS64_CPSR", offsetof(arm_context_t, ss.ss_64.cpsr));
 210         DECLARE("SS64_FAR", offsetof(arm_context_t, ss.ss_64.far));
 211         DECLARE("SS64_ESR", offsetof(arm_context_t, ss.ss_64.esr));
 212
 213         DECLARE("CONTEXT_NS", offsetof(arm_context_t, ns));
 214         DECLARE("NS_FLAVOR", offsetof(arm_context_t, ns.nsh.flavor));
 215         DECLARE("NS_COUNT", offsetof(arm_context_t, ns.nsh.count));
 216         DECLARE("ARM_NEON_SAVED_STATE32", ARM_NEON_SAVED_STATE32);
 217         DECLARE("ARM_NEON_SAVED_STATE64", ARM_NEON_SAVED_STATE64);
 218         DECLARE("ARM_NEON_SAVED_STATE64_COUNT", ARM_NEON_SAVED_STATE64_COUNT);
 219
 220         DECLARE("NS32_Q0", offsetof(arm_context_t, ns.ns_32.v.q[0]));
 221         DECLARE("NS32_Q2", offsetof(arm_context_t, ns.ns_32.v.q[2]));
 222         DECLARE("NS32_Q4", offsetof(arm_context_t, ns.ns_32.v.q[4]));
 223         DECLARE("NS32_Q6", offsetof(arm_context_t, ns.ns_32.v.q[6]));
 224         DECLARE("NS32_Q8", offsetof(arm_context_t, ns.ns_32.v.q[8]));
 225         DECLARE("NS32_Q10", offsetof(arm_context_t, ns.ns_32.v.q[10]));
 226         DECLARE("NS32_Q12", offsetof(arm_context_t, ns.ns_32.v.q[12]));
 227         DECLARE("NS32_Q14", offsetof(arm_context_t, ns.ns_32.v.q[14]));
 228         DECLARE("NS32_FPSR", offsetof(arm_context_t, ns.ns_32.fpsr));
 229         DECLARE("NS32_FPCR", offsetof(arm_context_t, ns.ns_32.fpcr));
 230
 231         DECLARE("NS64_D8", offsetof(arm_context_t, ns.ns_64.v.d[8]));
 232         DECLARE("NS64_D9", offsetof(arm_context_t, ns.ns_64.v.d[9]));
 233         DECLARE("NS64_D10", offsetof(arm_context_t, ns.ns_64.v.d[10]));
 234         DECLARE("NS64_D11", offsetof(arm_context_t, ns.ns_64.v.d[11]));
 235         DECLARE("NS64_D12", offsetof(arm_context_t, ns.ns_64.v.d[12]));
 236         DECLARE("NS64_D13", offsetof(arm_context_t, ns.ns_64.v.d[13]));
 237         DECLARE("NS64_D14", offsetof(arm_context_t, ns.ns_64.v.d[14]));
 238         DECLARE("NS64_D15", offsetof(arm_context_t, ns.ns_64.v.d[15]));
 239
 240         DECLARE("NS64_Q0", offsetof(arm_context_t, ns.ns_64.v.q[0]));
 241         DECLARE("NS64_Q2", offsetof(arm_context_t, ns.ns_64.v.q[2]));
 242         DECLARE("NS64_Q4", offsetof(arm_context_t, ns.ns_64.v.q[4]));
 243         DECLARE("NS64_Q6", offsetof(arm_context_t, ns.ns_64.v.q[6]));
 244         DECLARE("NS64_Q8", offsetof(arm_context_t, ns.ns_64.v.q[8]));
 245         DECLARE("NS64_Q10", offsetof(arm_context_t, ns.ns_64.v.q[10]));
 246         DECLARE("NS64_Q12", offsetof(arm_context_t, ns.ns_64.v.q[12]));
 247         DECLARE("NS64_Q14", offsetof(arm_context_t, ns.ns_64.v.q[14]));
 248         DECLARE("NS64_Q16", offsetof(arm_context_t, ns.ns_64.v.q[16]));
 249         DECLARE("NS64_Q18", offsetof(arm_context_t, ns.ns_64.v.q[18]));
 250         DECLARE("NS64_Q20", offsetof(arm_context_t, ns.ns_64.v.q[20]));
 251         DECLARE("NS64_Q22", offsetof(arm_context_t, ns.ns_64.v.q[22]));
 252         DECLARE("NS64_Q24", offsetof(arm_context_t, ns.ns_64.v.q[24]));
 253         DECLARE("NS64_Q26", offsetof(arm_context_t, ns.ns_64.v.q[26]));
 254         DECLARE("NS64_Q28", offsetof(arm_context_t, ns.ns_64.v.q[28]));
 255         DECLARE("NS64_Q30", offsetof(arm_context_t, ns.ns_64.v.q[30]));
 256         DECLARE("NS64_FPSR", offsetof(arm_context_t, ns.ns_64.fpsr));
 257         DECLARE("NS64_FPCR", offsetof(arm_context_t, ns.ns_64.fpcr));
 258
 259         DECLARE("PGBYTES", ARM_PGBYTES);
 260         DECLARE("PGSHIFT", ARM_PGSHIFT);
 261         DECLARE("PGMASK", ARM_PGMASK);
 262
 263
 264         DECLARE("VM_MIN_ADDRESS",       VM_MIN_ADDRESS);
 265         DECLARE("VM_MAX_ADDRESS",       VM_MAX_ADDRESS);
 266         DECLARE("VM_MIN_KERNEL_ADDRESS",        VM_MIN_KERNEL_ADDRESS);
 267         DECLARE("VM_MAX_KERNEL_ADDRESS",        VM_MAX_KERNEL_ADDRESS);
 268         DECLARE("KERNELBASE",           VM_MIN_KERNEL_ADDRESS);
 269         DECLARE("KERNEL_STACK_SIZE",    KERNEL_STACK_SIZE);
 270         DECLARE("TBI_MASK",             TBI_MASK);
 271
 272         DECLARE("KERN_INVALID_ADDRESS", KERN_INVALID_ADDRESS);
 273
 274
 275         DECLARE("MAX_CPUS",     MAX_CPUS);
 276
 277         DECLARE("cdeSize",
 278                 sizeof(struct cpu_data_entry));
 279
 280         DECLARE("cdSize",
 281                 sizeof(struct cpu_data));
 282
 283         DECLARE("CPU_ACTIVE_THREAD",
 284                 offsetof(cpu_data_t, cpu_active_thread));
 285         DECLARE("CPU_ACTIVE_STACK",
 286                 offsetof(cpu_data_t, cpu_active_stack));
 287         DECLARE("CPU_ISTACKPTR",
 288                 offsetof(cpu_data_t, istackptr));
 289         DECLARE("CPU_INTSTACK_TOP",
 290                 offsetof(cpu_data_t, intstack_top));
 291         DECLARE("CPU_EXCEPSTACKPTR",
 292                 offsetof(cpu_data_t, excepstackptr));
 293         DECLARE("CPU_EXCEPSTACK_TOP",
 294                 offsetof(cpu_data_t, excepstack_top));
 295         DECLARE("CPU_FIQSTACKPTR",
 296                 offsetof(cpu_data_t, fiqstackptr));
 297         DECLARE("CPU_FIQSTACK_TOP",
 298                 offsetof(cpu_data_t, fiqstack_top));
 299 #if __ARM_KERNEL_PROTECT__
 300         DECLARE("CPU_EXC_VECTORS",
 301                 offsetof(cpu_data_t, cpu_exc_vectors));
 302 #endif /* __ARM_KERNEL_PROTECT__ */
 303         DECLARE("CPU_NUMBER_GS",
 304                 offsetof(cpu_data_t,cpu_number));
 305         DECLARE("CPU_IDENT",
 306                 offsetof(cpu_data_t,cpu_ident));
 307         DECLARE("CPU_RUNNING",
 308                 offsetof(cpu_data_t,cpu_running));
 309         DECLARE("CPU_MCOUNT_OFF",
 310                 offsetof(cpu_data_t,cpu_mcount_off));
 311         DECLARE("CPU_PENDING_AST",
 312                 offsetof(cpu_data_t,cpu_pending_ast));
 313         DECLARE("CPU_PROCESSOR",
 314                 offsetof(cpu_data_t,cpu_processor));
 315         DECLARE("CPU_CACHE_DISPATCH",
 316                 offsetof(cpu_data_t,cpu_cache_dispatch));
 317         DECLARE("CPU_BASE_TIMEBASE",
 318                 offsetof(cpu_data_t,cpu_base_timebase));
 319         DECLARE("CPU_DECREMENTER",
 320                 offsetof(cpu_data_t,cpu_decrementer));
 321         DECLARE("CPU_GET_DECREMENTER_FUNC",
 322                 offsetof(cpu_data_t,cpu_get_decrementer_func));
 323         DECLARE("CPU_SET_DECREMENTER_FUNC",
 324                 offsetof(cpu_data_t,cpu_set_decrementer_func));
 325         DECLARE("CPU_GET_FIQ_HANDLER",
 326                 offsetof(cpu_data_t,cpu_get_fiq_handler));
 327         DECLARE("CPU_TBD_HARDWARE_ADDR",
 328                 offsetof(cpu_data_t,cpu_tbd_hardware_addr));
 329         DECLARE("CPU_TBD_HARDWARE_VAL",
 330                 offsetof(cpu_data_t,cpu_tbd_hardware_val));
 331         DECLARE("CPU_INT_STATE",
 332                 offsetof(cpu_data_t,cpu_int_state));
 333         DECLARE("INTERRUPT_HANDLER",
 334                 offsetof(cpu_data_t,interrupt_handler));
 335         DECLARE("INTERRUPT_TARGET",
 336                 offsetof(cpu_data_t,interrupt_target));
 337         DECLARE("INTERRUPT_REFCON",
 338                 offsetof(cpu_data_t,interrupt_refCon));
 339         DECLARE("INTERRUPT_NUB",
 340                 offsetof(cpu_data_t,interrupt_nub));
 341         DECLARE("INTERRUPT_SOURCE",
 342                 offsetof(cpu_data_t,interrupt_source));
 343         DECLARE("CPU_USER_DEBUG",
 344                 offsetof(cpu_data_t, cpu_user_debug));
 345         DECLARE("CPU_STAT_IRQ",
 346                 offsetof(cpu_data_t, cpu_stat.irq_ex_cnt));
 347         DECLARE("CPU_STAT_IRQ_WAKE",
 348                 offsetof(cpu_data_t, cpu_stat.irq_ex_cnt_wake));
 349         DECLARE("CPU_RESET_HANDLER",
 350                 offsetof(cpu_data_t, cpu_reset_handler));
 351         DECLARE("CPU_RESET_ASSIST",
 352                 offsetof(cpu_data_t, cpu_reset_assist));
 353         DECLARE("CPU_REGMAP_PADDR",
 354                 offsetof(cpu_data_t, cpu_regmap_paddr));
 355         DECLARE("CPU_PHYS_ID",
 356                 offsetof(cpu_data_t, cpu_phys_id));
 357         DECLARE("RTCLOCK_DATAP",
 358                 offsetof(cpu_data_t, rtclock_datap));
 359
 360         DECLARE("RTCLOCKDataSize",
 361                 sizeof(rtclock_data_t));
 362         DECLARE("RTCLOCK_ADJ_ABSTIME_LOW",
 363                 offsetof(rtclock_data_t, rtc_adj.abstime_val.low));
 364         DECLARE("RTCLOCK_ADJ_ABSTIME_HIGH",
 365                 offsetof(rtclock_data_t, rtc_adj.abstime_val.high));
 366         DECLARE("RTCLOCK_BASE_ABSTIME_LOW",
 367                 offsetof(rtclock_data_t, rtc_base.abstime_val.low));
 368         DECLARE("RTCLOCK_BASE_ABSTIME_HIGH",
 369                 offsetof(rtclock_data_t, rtc_base.abstime_val.high));
 370
 371         DECLARE("SIGPdec",      SIGPdec);
 372
 373         DECLARE("rhdSize",
 374                 sizeof(struct reset_handler_data));
 375 #if WITH_CLASSIC_S2R || !__arm64__
 376         DECLARE("stSize",
 377                 sizeof(SleepToken));
 378 #endif
 379
 380         DECLARE("CPU_DATA_ENTRIES",     offsetof(struct reset_handler_data, cpu_data_entries));
 381         DECLARE("ASSIST_RESET_HANDLER", offsetof(struct reset_handler_data, assist_reset_handler));
 382
 383         DECLARE("CPU_DATA_PADDR",       offsetof(struct cpu_data_entry, cpu_data_paddr));
 384
 385
 386         DECLARE("INTSTACK_SIZE",        INTSTACK_SIZE);
 387
 388         DECLARE("TIMER_TSTAMP",
 389                 offsetof(struct timer, tstamp));
 390         DECLARE("THREAD_TIMER",
 391                 offsetof(struct processor, processor_data.thread_timer));
 392         DECLARE("KERNEL_TIMER",
 393                 offsetof(struct processor, processor_data.kernel_timer));
 394         DECLARE("SYSTEM_STATE",
 395                 offsetof(struct processor, processor_data.system_state));
 396         DECLARE("USER_STATE",
 397                 offsetof(struct processor, processor_data.user_state));
 398         DECLARE("CURRENT_STATE",
 399                 offsetof(struct processor, processor_data.current_state));
 400
 401         DECLARE("SYSTEM_TIMER",
 402                 offsetof(struct thread, system_timer));
 403         DECLARE("USER_TIMER",
 404                 offsetof(struct thread, user_timer));
 405
 406 #if !CONFIG_SKIP_PRECISE_USER_KERNEL_TIME
 407         DECLARE("PRECISE_USER_KERNEL_TIME",
 408                 offsetof(struct thread, precise_user_kernel_time));
 409 #endif
 410
 411         DECLARE("BA_VIRT_BASE",
 412                 offsetof(struct boot_args, virtBase));
 413         DECLARE("BA_PHYS_BASE",
 414                 offsetof(struct boot_args, physBase));
 415         DECLARE("BA_MEM_SIZE",
 416                 offsetof(struct boot_args, memSize));
 417         DECLARE("BA_TOP_OF_KERNEL_DATA",
 418                 offsetof(struct boot_args, topOfKernelData));
 419         DECLARE("BA_DEVICE_TREE",
 420                 offsetof(struct boot_args, deviceTreeP));
 421         DECLARE("BA_DEVICE_TREE_LENGTH",
 422                 offsetof(struct boot_args, deviceTreeLength));
 423
 424         DECLARE("ENTROPY_INDEX_PTR",
 425                 offsetof(entropy_data_t, index_ptr));
 426         DECLARE("ENTROPY_BUFFER",
 427                 offsetof(entropy_data_t, buffer));
 428         DECLARE("ENTROPY_DATA_SIZE", sizeof(struct entropy_data));
 429
 430         DECLARE("SR_RESTORE_TCR_EL1", offsetof(struct sysreg_restore, tcr_el1));
 431
 432
 433         return (0);
 434 }