ra8_mstp_regs.h

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#pragma once
 
#ifdef __cplusplus
extern "C" {
#endif
 
#include <stddef.h>
#include <stdint.h>
 
/* =============================================================================
 * Base / layout
 * =============================================================================
 */
 
typedef enum : uintptr_t {
#ifdef RA8_PERIPH_NS_ALIAS
  /* TrustZone Non-secure build (#96): reach MSTPCRA..E through the IDAU
   * bit[28]=1 Non-secure alias (+0x1000_0000). Per-bit module-stop security
   * follows the peripheral's PSAR attribution, so once the Secure side marks
   * USBFS0 Non-secure (PSARB11) the NS image may clear MSTPCRB.MSTPB11 here;
   * Secure-owned bits in the same word are write-ignored from NS. */
  k_ra8_mstp_base_addr = 0x50203000UL, 
#else
  k_ra8_mstp_base_addr = 0x40203000UL, 
#endif 
} ra8_mstp_addr_t;

typedef struct {
  volatile uint32_t MSTPCRA; 
  volatile uint32_t MSTPCRB; 
  volatile uint32_t MSTPCRC; 
  volatile uint32_t MSTPCRD; 
  volatile uint32_t MSTPCRE; 
} r_mstp_regs_t;

typedef enum : uint8_t {
  k_ra8_mstp_block_bytes = 20U, 
} ra8_mstp_block_size_t;
 
static_assert(sizeof(r_mstp_regs_t) == (size_t)k_ra8_mstp_block_bytes,
              "R_MSTP struct must be 20 bytes");

static inline volatile r_mstp_regs_t* ra8_mstp(void)
{
  return (volatile r_mstp_regs_t*)k_ra8_mstp_base_addr;
}
 
/* =============================================================================
 * Packed (register, bit) identifier
 * =============================================================================
 */

typedef enum : uint8_t {
  k_ra8_mstp_reg_a = 0U, 
  k_ra8_mstp_reg_b = 1U, 
  k_ra8_mstp_reg_c = 2U, 
  k_ra8_mstp_reg_d = 3U, 
  k_ra8_mstp_reg_e = 4U, 
} ra8_mstp_reg_t;

typedef enum : uint16_t {
  /* ---- MSTPCRA -- HUM 11.2.6 p 443 -- DMA, SRAM ----------------- */
  k_ra8_mstp_sram0 = (uint16_t)(k_ra8_mstp_reg_a << 8),        
  k_ra8_mstp_sram1 = (uint16_t)((k_ra8_mstp_reg_a << 8) | 1U), 
  k_ra8_mstp_sram2 = (uint16_t)((k_ra8_mstp_reg_a << 8) | 2U), 
  k_ra8_mstp_sram3 = (uint16_t)((k_ra8_mstp_reg_a << 8) | 3U), 
  k_ra8_mstp_dmac0_dtc0 =
    (uint16_t)((k_ra8_mstp_reg_a << 8) | 22U), 
  k_ra8_mstp_dmac1_dtc1 =
    (uint16_t)((k_ra8_mstp_reg_a << 8) | 23U), 
 
  /* ---- MSTPCRB -- HUM 11.2.7 p 444..445 -- comms ---------------- */
  k_ra8_mstp_i3c   = (uint16_t)((k_ra8_mstp_reg_b << 8) | 4U),  
  k_ra8_mstp_iic2  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 7U),  
  k_ra8_mstp_iic1  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 8U),  
  k_ra8_mstp_iic0  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 9U),  
  k_ra8_mstp_usbfs = (uint16_t)((k_ra8_mstp_reg_b << 8) | 11U), 
  k_ra8_mstp_usbhs = (uint16_t)((k_ra8_mstp_reg_b << 8) | 12U), 
  k_ra8_mstp_ospi0 = (uint16_t)((k_ra8_mstp_reg_b << 8) | 16U), 
  k_ra8_mstp_ospi1 = (uint16_t)((k_ra8_mstp_reg_b << 8) | 17U), 
  k_ra8_mstp_spi1  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 18U), 
  k_ra8_mstp_spi0  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 19U), 
  k_ra8_mstp_sci9  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 22U), 
  k_ra8_mstp_sci8  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 23U), 
  k_ra8_mstp_sci7  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 24U), 
  k_ra8_mstp_sci6  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 25U), 
  k_ra8_mstp_sci5  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 26U), 
  k_ra8_mstp_sci4  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 27U), 
  k_ra8_mstp_sci3  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 28U), 
  k_ra8_mstp_sci2  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 29U), 
  k_ra8_mstp_sci1  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 30U), 
  k_ra8_mstp_sci0  = (uint16_t)((k_ra8_mstp_reg_b << 8) | 31U), 
 
  /* ---- MSTPCRC -- HUM 11.2.8 p 446..447 -- video, security ----- */
  k_ra8_mstp_cac       = (uint16_t)(k_ra8_mstp_reg_c << 8),         
  k_ra8_mstp_crc       = (uint16_t)((k_ra8_mstp_reg_c << 8) | 1U),  
  k_ra8_mstp_glcdc     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 4U),  
  k_ra8_mstp_drw       = (uint16_t)((k_ra8_mstp_reg_c << 8) | 6U),  
  k_ra8_mstp_ssie1     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 7U),  
  k_ra8_mstp_ssie0     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 8U),  
  k_ra8_mstp_mipi_dsi  = (uint16_t)((k_ra8_mstp_reg_c << 8) | 10U), 
  k_ra8_mstp_sdhi1     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 11U), 
  k_ra8_mstp_sdhi0     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 12U), 
  k_ra8_mstp_doc       = (uint16_t)((k_ra8_mstp_reg_c << 8) | 13U), 
  k_ra8_mstp_elc       = (uint16_t)((k_ra8_mstp_reg_c << 8) | 14U), 
  k_ra8_mstp_ceu       = (uint16_t)((k_ra8_mstp_reg_c << 8) | 16U), 
  k_ra8_mstp_mipi_csi  = (uint16_t)((k_ra8_mstp_reg_c << 8) | 17U), 
  k_ra8_mstp_pdmif     = (uint16_t)((k_ra8_mstp_reg_c << 8) | 24U), 
  k_ra8_mstp_canfd1    = (uint16_t)((k_ra8_mstp_reg_c << 8) | 26U), 
  k_ra8_mstp_canfd0    = (uint16_t)((k_ra8_mstp_reg_c << 8) | 27U), 
  k_ra8_mstp_ethphyclk = (uint16_t)((k_ra8_mstp_reg_c << 8) | 28U), 
  k_ra8_mstp_eswm      = (uint16_t)((k_ra8_mstp_reg_c << 8) | 30U), 
  k_ra8_mstp_rsip      = (uint16_t)((k_ra8_mstp_reg_c << 8) | 31U), 
 
  /* ---- MSTPCRD -- HUM 11.2.9 p 448..449 -- timers, analog ------ */
  k_ra8_mstp_agt1    = (uint16_t)((k_ra8_mstp_reg_d << 8) | 4U),  
  k_ra8_mstp_agt0    = (uint16_t)((k_ra8_mstp_reg_d << 8) | 5U),  
  k_ra8_mstp_pdg     = (uint16_t)((k_ra8_mstp_reg_d << 8) | 6U),  
  k_ra8_mstp_poeg_d  = (uint16_t)((k_ra8_mstp_reg_d << 8) | 11U), 
  k_ra8_mstp_poeg_c  = (uint16_t)((k_ra8_mstp_reg_d << 8) | 12U), 
  k_ra8_mstp_poeg_b  = (uint16_t)((k_ra8_mstp_reg_d << 8) | 13U), 
  k_ra8_mstp_poeg_a  = (uint16_t)((k_ra8_mstp_reg_d << 8) | 14U), 
  k_ra8_mstp_dac12_1 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 19U), 
  k_ra8_mstp_dac12_0 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 20U), 
  k_ra8_mstp_adc16h  = (uint16_t)((k_ra8_mstp_reg_d << 8) | 21U), 
  k_ra8_mstp_tsn     = (uint16_t)((k_ra8_mstp_reg_d << 8) | 22U), 
  k_ra8_mstp_acmphs3 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 25U), 
  k_ra8_mstp_acmphs2 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 26U), 
  k_ra8_mstp_acmphs1 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 27U), 
  k_ra8_mstp_acmphs0 = (uint16_t)((k_ra8_mstp_reg_d << 8) | 28U), 
 
  /* ---- MSTPCRE -- HUM 11.2.10 p 449..450 -- ULPT, GPT ---------- */
  k_ra8_mstp_ulpt1  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 8U),  
  k_ra8_mstp_ulpt0  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 9U),  
  k_ra8_mstp_gpt13  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 18U), 
  k_ra8_mstp_gpt12  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 19U), 
  k_ra8_mstp_gpt11  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 20U), 
  k_ra8_mstp_gpt10  = (uint16_t)((k_ra8_mstp_reg_e << 8) | 21U), 
  k_ra8_mstp_gpt4_9 = (uint16_t)((k_ra8_mstp_reg_e << 8) | 27U), 
  k_ra8_mstp_gpt3   = (uint16_t)((k_ra8_mstp_reg_e << 8) | 28U), 
  k_ra8_mstp_gpt2   = (uint16_t)((k_ra8_mstp_reg_e << 8) | 29U), 
  k_ra8_mstp_gpt1   = (uint16_t)((k_ra8_mstp_reg_e << 8) | 30U), 
  k_ra8_mstp_gpt0   = (uint16_t)((k_ra8_mstp_reg_e << 8) | 31U), 
} ra8_mstp_t;

ra8_mstp_reg_t ra8_mstp_id_reg(ra8_mstp_t id);

uint8_t ra8_mstp_id_bit(ra8_mstp_t id);
 
#ifdef __cplusplus
}
#endif