RTEMS 6.1-rc4
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Data Fields

The set of registers that specifies the complete processor state. More...

#include <cpu.h>

Data Fields

uint64_t register_x0
 
uint64_t register_x1
 
uint64_t register_x2
 
uint64_t register_x3
 
uint64_t register_x4
 
uint64_t register_x5
 
uint64_t register_x6
 
uint64_t register_x7
 
uint64_t register_x8
 
uint64_t register_x9
 
uint64_t register_x10
 
uint64_t register_x11
 
uint64_t register_x12
 
uint64_t register_x13
 
uint64_t register_x14
 
uint64_t register_x15
 
uint64_t register_x16
 
uint64_t register_x17
 
uint64_t register_x18
 
uint64_t register_x19
 
uint64_t register_x20
 
uint64_t register_x21
 
uint64_t register_x22
 
uint64_t register_x23
 
uint64_t register_x24
 
uint64_t register_x25
 
uint64_t register_x26
 
uint64_t register_x27
 
uint64_t register_x28
 
uint64_t register_fp
 
void * register_lr
 
uintptr_t register_sp
 
void * register_pc
 
uint64_t register_daif
 
uint64_t register_cpsr
 
uint64_t register_syndrome
 
uint64_t register_fault_address
 
AArch64_symbolic_exception_name vector
 
uint64_t reserved_for_stack_alignment
 
uint64_t register_fpsr
 
uint64_t register_fpcr
 
uint128_t register_q0
 
uint128_t register_q1
 
uint128_t register_q2
 
uint128_t register_q3
 
uint128_t register_q4
 
uint128_t register_q5
 
uint128_t register_q6
 
uint128_t register_q7
 
uint128_t register_q8
 
uint128_t register_q9
 
uint128_t register_q10
 
uint128_t register_q11
 
uint128_t register_q12
 
uint128_t register_q13
 
uint128_t register_q14
 
uint128_t register_q15
 
uint128_t register_q16
 
uint128_t register_q17
 
uint128_t register_q18
 
uint128_t register_q19
 
uint128_t register_q20
 
uint128_t register_q21
 
uint128_t register_q22
 
uint128_t register_q23
 
uint128_t register_q24
 
uint128_t register_q25
 
uint128_t register_q26
 
uint128_t register_q27
 
uint128_t register_q28
 
uint128_t register_q29
 
uint128_t register_q30
 
uint128_t register_q31
 
union {
   struct {
      uint32_t   register_r0
 
      uint32_t   register_r1
 
      uint32_t   register_r2
 
      uint32_t   register_r3
 
      uint32_t   register_r4
 
      uint32_t   register_r5
 
      uint32_t   register_r6
 
      uint32_t   register_r7
 
      uint32_t   register_r8
 
      uint32_t   register_r9
 
      uint32_t   register_r10
 
      uint32_t   register_r11
 
      uint32_t   register_r12
 
      uint32_t   register_sp
 
      void *   register_lr
 
      void *   register_pc
 
   } 
 
   uint32_t   registers [16]
 
}; 
 
const ARM_VFP_contextvfp_context
 
uint32_t reserved_for_stack_alignment
 
struct Context_Control_ssefp_ctxt
 
uint32_t edi
 
uint32_t esi
 
uint32_t ebp
 
uint32_t esp0
 
uint32_t ebx
 
uint32_t edx
 
uint32_t ecx
 
uint32_t eax
 
uint32_t idtIndex
 
uint32_t faultCode
 
uint32_t eip
 
uint32_t cs
 
uint32_t eflags
 
uint32_t vecnum
 
uint32_t sr
 
uint32_t pc
 This member contains the PC value.
 
uint32_t d0
 
uint32_t d1
 
uint32_t d2
 
uint32_t d3
 
uint32_t d4
 
uint32_t d5
 
uint32_t d6
 
uint32_t d7
 
uint32_t a0
 
uint32_t a1
 
uint32_t a2
 
uint32_t a3
 
uint32_t a4
 
uint32_t a5
 
uint32_t a6
 
uint32_t a7
 
uint32_t r1
 
uint32_t r2
 
uint32_t r3
 
uint32_t r4
 
uint32_t r5
 
uint32_t r6
 
uint32_t r7
 
uint32_t r8
 
uint32_t r9
 
uint32_t r10
 
uint32_t r11
 
uint32_t r12
 
uint32_t r13
 
uint32_t * r14
 
uint32_t * r15
 
uint32_t * r16
 
uint32_t * r17
 
uint32_t r18
 
uint32_t r19
 
uint32_t r20
 
uint32_t r21
 
uint32_t r22
 
uint32_t r23
 
uint32_t r24
 
uint32_t r25
 
uint32_t r26
 
uint32_t r27
 
uint32_t r28
 
uint32_t r29
 
uint32_t r30
 
uint32_t r31
 
uint32_t msr
 
uint32_t * ear
 
uint32_t esr
 
uint32_t * btr
 
uint32_t integer_registers [16]
 
uint32_t r14
 
uint32_t r15
 
uint32_t r16
 
uint32_t r17
 
uint32_t gp
 
uint32_t fp
 
uint32_t sp
 
uint32_t ra
 
uint32_t et
 
uint32_t ea
 
uint32_t status
 
uint32_t ienable
 
uint32_t ipending
 
uint32_t processor_state_register
 
double float_registers [1]
 
uint32_t r [32]
 
uint32_t epcr
 
uint32_t eear
 
uintptr_t EXC_SRR0
 
uintptr_t EXC_SRR1
 
uint32_t _EXC_number
 
uint32_t RESERVED_FOR_ALIGNMENT_0
 
uint32_t EXC_CR
 
uint32_t EXC_XER
 
uintptr_t EXC_CTR
 
uintptr_t EXC_LR
 
uintptr_t RESERVED_FOR_ALIGNMENT_1
 
PPC_GPR_TYPE GPR0
 
PPC_GPR_TYPE GPR1
 
PPC_GPR_TYPE GPR2
 
PPC_GPR_TYPE GPR3
 
PPC_GPR_TYPE GPR4
 
PPC_GPR_TYPE GPR5
 
PPC_GPR_TYPE GPR6
 
PPC_GPR_TYPE GPR7
 
PPC_GPR_TYPE GPR8
 
PPC_GPR_TYPE GPR9
 
PPC_GPR_TYPE GPR10
 
PPC_GPR_TYPE GPR11
 
PPC_GPR_TYPE GPR12
 
PPC_GPR_TYPE GPR13
 
PPC_GPR_TYPE GPR14
 
PPC_GPR_TYPE GPR15
 
PPC_GPR_TYPE GPR16
 
PPC_GPR_TYPE GPR17
 
PPC_GPR_TYPE GPR18
 
PPC_GPR_TYPE GPR19
 
PPC_GPR_TYPE GPR20
 
PPC_GPR_TYPE GPR21
 
PPC_GPR_TYPE GPR22
 
PPC_GPR_TYPE GPR23
 
PPC_GPR_TYPE GPR24
 
PPC_GPR_TYPE GPR25
 
PPC_GPR_TYPE GPR26
 
PPC_GPR_TYPE GPR27
 
PPC_GPR_TYPE GPR28
 
PPC_GPR_TYPE GPR29
 
PPC_GPR_TYPE GPR30
 
PPC_GPR_TYPE GPR31
 
uintptr_t RESERVED_FOR_ALIGNMENT_2
 
CPU_Interrupt_frame Interrupt_frame
 
uintptr_t mcause
 
uintptr_t sp
 
uintptr_t gp
 
uintptr_t tp
 
uintptr_t s2
 
uintptr_t s3
 
uintptr_t s4
 
uintptr_t s5
 
uintptr_t s6
 
uintptr_t s7
 
uintptr_t s8
 
uintptr_t s9
 
uintptr_t s10
 
uintptr_t s11
 
uint32_t psr
 This member contains the PSR register value.
 
uint32_t npc
 This member contains the nPC value.
 
uint32_t trap
 This member contains the trap number.
 
uint32_t wim
 This member contains the WIM register value.
 
uint32_t y
 This member contains the Y register value.
 
uint32_t global [8]
 This member contains the global 0..7 register values.
 
uint32_t output [8]
 This member contains the output 0..7 register values.
 
SPARC_Register_window windows [SPARC_NUMBER_OF_REGISTER_WINDOWS - 1]
 This member contains the additional register windows according to the saved WIM.
 

Detailed Description

The set of registers that specifies the complete processor state.

This structure contains the register set of a context which caused an unexpected trap.

The CPU exception frame may be available in fatal error conditions like for example illegal opcodes, instruction fetch errors, or data access errors.

See also
rtems_fatal(), RTEMS_FATAL_SOURCE_EXCEPTION, and rtems_exception_frame_print().

The CPU exception frame may be available in fatal error conditions like for example illegal opcodes, instruction fetch errors, or data access errors.

See also
rtems_fatal(), RTEMS_FATAL_SOURCE_EXCEPTION, and rtems_exception_frame_print().

The documentation for this struct was generated from the following files: