| Address | Name |
|---|---|
| 0x117D40 | local_irq_enable |
| 0x117D44 | local_irq_disable |
| 0x117D48 | p33_buf |
| 0x117D4C | p33_xor_1byte |
| 0x117D50 | p33_and_1byte |
| 0x117D54 | p33_or_1byte |
| 0x117D58 | p33_tx_1byte |
| 0x117D5C | p33_rx_1byte |
| 0x117D60 | P33_CON_SET |
| 0x117D64 | os_init |
| 0x117D68 | os_start |
| 0x117D6C | os_get_curr_tcb_var |
| 0x117D70 | os_task_create |
| 0x117D74 | os_current_task |
| 0x117D78 | os_time_dly |
| 0x117D7C | os_time_get |
| 0x117D80 | os_task_del_req |
| 0x117D84 | os_task_del_res |
| 0x117D88 | os_task_del |
| 0x117D8C | __os_taskq_pend |
| 0x117D90 | os_taskq_pend |
| 0x117D94 | os_task_pend |
| 0x117D98 | __os_taskq_post |
| 0x117D9C | os_taskq_post |
| 0x117DA0 | os_taskq_post_type |
| 0x117DA4 | os_taskq_flush |
| 0x117DA8 | task_queue_post_event |
| 0x117DAC | os_taskq_post_msg |
| 0x117DB0 | os_taskq_post_event |
| 0x117DB4 | os_taskq_accept |
| 0x117DB8 | os_taskq_del |
| 0x117DBC | os_taskq_del_type |
| 0x117DC0 | os_sem_create |
| 0x117DC4 | os_sem_del |
| 0x117DC8 | os_sem_pend |
| 0x117DCC | os_sem_post |
| 0x117DD0 | os_sem_set |
| 0x117DD4 | os_sem_valid |
| 0x117DD8 | os_sem_query |
| 0x117DDC | os_mutex_create |
| 0x117DE0 | os_mutex_del |
| 0x117DE4 | os_mutex_pend |
| 0x117DE8 | os_mutex_post |
| 0x117DEC | os_mutex_valid |
| 0x117DF0 | xTaskCreate |
| 0x117DF4 | xTaskGetCurrentTaskHandle |
| 0x117DF8 | xTaskGetTickCount |
| 0x117DFC | xTaskGetHandle |
| 0x117E00 | vTaskDelete |
| 0x117E04 | xTaskGetApplicationTaskFlag |
| 0x117E08 | vTaskSetApplicationTaskTag |
| 0x117E0C | xQueueGenericCreateStatic |
| 0x117E10 | xQueueGenericReset |
| 0x117E14 | xQueueGenericSend |
| 0x117E18 | xQueueGenericSendFromISR |
| 0x117E1C | xQueueGenericReceive |
| 0x117E20 | xQueueReceiveFromISR |
| 0x117E24 | vQueueDelete |
| 0x117E28 | uxQueueMessagesWaiting |
| 0x117E2C | uxQueueMessagesWaitingFromISR |
| 0x117E30 | uxQueueSpacesAvailable |
| 0x117E34 | pcTaskGetName |
| 0x117E38 | prvGetExpectedIdleTime |
| 0x117E3C | eTaskConfirmSleepModeStatus |
| 0x117E40 | vTaskStepTick |
| 0x117E44 | pxPortInitializeStack |
| 0x117E48 | xPortStartScheduler |
| 0x117E4C | vPortEndScheduler |
| 0x117E50 | vPortYield |
| 0x117E54 | vPortExitCritical |
| 0x117E58 | OS_ClrPending |
| 0x117E5C | vTickISR |
| 0x117E60 | pmalloc_init |
| 0x117E64 | pmalloc |
| 0x117E68 | pfree |
| 0x117E6C | pmalloc_get_unused_pages |
| 0x117E70 | get_physic_address |
| 0x117E74 | pmm_get_var |
| 0x117E78 | vmm_init_ |
| 0x117E7C | vmalloc_ |
| 0x117E80 | vfree_ |
| 0x117E84 | vmem_get_phy_adr |
| 0x117E88 | vmem_start |
| 0x117E8C | vmem_end |
| 0x117E90 | vmm_get_var |
| 0x117E94 | vmalloc_v2 |
| 0x117E98 | vfree_v2 |
| 0x117E9C | vcopy_ |
| 0x117EA0 | get_cvsd_codec_ops |
| 0x117EA4 | VecPlus_fix_r_r_r |
| 0x117EA8 | VecMinus_fix_r_r_r |
| 0x117EAC | VecDiv_fix_r_r_r |
| 0x117EB0 | VecEleMul_fix_r_r_r |
| 0x117EB4 | VecEleMul_fix_c_r_c |
| 0x117EB8 | VecMagAndDiv_fix |
| 0x117EBC | VecCopy_fix_r_r |
| 0x117EC0 | VecConjEleMulAndDiv_fix |
| 0x117EC4 | VecRecurAvg_fix |
| 0x117EC8 | VecConjRecurAvg_fix |
| 0x117ECC | VecMagRecurAvg_fix |
| 0x117ED0 | VecPlusMulScalar_fix |
| 0x117ED4 | VecGetMag_fix |
| 0x117ED8 | VecMax_fix_v_s |
| 0x117EDC | VecMin_fix_v_s |
| 0x117EE0 | VecOppos_fix |
| 0x117EE4 | VecMean_fix |
| 0x117EE8 | VecMeanSq_fix_c |
| 0x117EEC | VecRequanByMax_fix_r |
| 0x117EF0 | VecRequanByMxa_fix_c |
| 0x117EF4 | VecEleShift_fix_c |
| 0x117EF8 | VecOvShift_fix |
| 0x117EFC | VecCopy_fix_r_c |
| 0x117F00 | VecMeanSq_fix_r |
| 0x117F04 | VecEleShift_fix_r |
| 0x117F08 | logAprx_fix |
| 0x117F0C | expAprx_fix |
| 0x117F10 | sqrtAprx_fix |
| 0x117F14 | VecEleMul_s16_s16_s32 |
| 0x117F18 | VecEleMul_s16_s32_s16 |
| 0x117F1C | VecEleMul_s32_s16_s32 |
| 0x117F20 | VecOvShift_s16_s16 |
| 0x117F24 | VecOvShift_s16_s32 |
| 0x117F28 | VecCopy_s16_s32 |
| 0x117F2C | VecCopy_s32_s16 |
| 0x117F30 | VecMinus_s16_s32_s32 |
| 0x117F34 | VecMeanSq_s16_s32 |
| 0x117F38 | CircVecArrEwMulAndSum_fix |
| 0x117F3C | B_fir_calc_s |
| 0x117F40 | B_array_vol |
| 0x117F44 | B_Syn_filt |
| 0x117F48 | B_Residu |
| 0x117F4C | B_comput_correlataionS |
| 0x117F50 | B_iircalc |
| 0x117F54 | repair_corefun_corr |
| 0x117F58 | repair_corefun_mixdata |
| 0x117F5C | get_repair_api |
| 0x117F60 | firfft |
| 0x117F64 | firifft |
| 0x117F68 | _rfifft_wrap |
| 0x117F6C | _rififft_wrap |
| 0x117F70 | memmem |
| 0x117F74 | memcpy |
| 0x117F78 | memmove |
| 0x117F7C | memcmp |
| 0x117F80 | memset |
| 0x117F84 | strcmp |
| 0x117F88 | strcpy |
| 0x117F8C | strlen |
| 0x117F90 | strncmp |
| 0x117F94 | strstr |
| 0x117F98 | strchr |
| 0x117F9C | __fixdfsi |
| 0x117FA0 | __fixsfsi |
| 0x117FA4 | spi_get_port |
| 0x117FA8 | spi_set_port |
| 0x117FAC | sfc_suspend |
| 0x117FB0 | sfc_resume |
| 0x117FB4 | sfc_drop_cache |
| 0x117FB8 | chip_crc16 |
| 0x117FBC | CrcDecode |
| 0x117FC0 | mask_init |
| 0x117FC4 | wdt_clr |
| 0x117FC8 | nvram_set_boot_state |
| 0x117FCC | chip_reset |
| 0x117FD0 | the_debug_isr |
| 0x117FD4 | flash_poweron |
| 0x117FD8 | exception_irq_handler |
| 0x117FDC | print |
| 0x117FE0 | sprintf |
| 0x117FE4 | printf |
| 0x117FE8 | puts |
| 0x117FEC | doe |
| 0x117FF0 | LZ4_setStreamDecode |
| 0x117FF4 | LZ4_decompress_safe_continue |
| 0x117FF8 | LZ4_decompress_generic |
| 0x117FFC | LZ4_decompress_safe_usingDict |
Implements the “mengli” / “crc” cipher. The ‘key’ is fixed to 0xFFFFFFFF.
void CrcDecode(
void *buffer, /* Buffer */
int size /* Size in bytes */
);
Implements the “ENC” cipher.
void doe(
uint16_t key, /* Key */
void *data, /* Buffer */
int size, /* Size in bytes */
uint32_t adr /* key ^= (adr >> 2) */
);
Default exception vector handler that is set up by the Mask ROM automatically.
When it’s called, it will push registers r0-r15 and reti,rete,retx,rets,psr,icfg,usp,ssp into the stack and then
call the exception_irq_hook (that can be set up with the mask_init function) with the pointer to the stack frame provided in the stack frame.
If the hook hasn’t been set up (it being NULL), then it will simply reset the chip.
Intializes the MaskROM enviroment for use by the application.
void mask_init(
/* Heap free */
void (*free)(void *),
/* Heap memory allocation */
void * (*malloc)(int),
/* Free memory of the task's stack */
void (*stack_free)(void *),
/* Allocate memory for task's stack */
void * (*stack_malloc)(int),
/* suppress ticks and enter sleep mode (FreeRTOS) */
void (*portSUPPRESS_TICKS_AND_SLEEP)(),
/* start the first task (FreeRTOS) */
void (*vPortStartFirstTask)(),
/* Exception hook */
void (*exception_irq_hook)(void),
/* Idle task hook */
void (*idle_hook)(void),
/* MaskROM putchar */
void (*putchar)(int chr),
/* MaskROM error message output */
void (*log_e)(const char *fmt, ...)
);
Set up a special magic value in the “NVRAM” to trigger a USB or UART bootloader instead of going through the normal boot process.
enum nvram_boot_state {
NVRAM_BOOT_STATE_USB_BOOT = 2, /* enter USB bootloader */
NVRAM_BOOT_STATE_UART_BOOT = 3, /* enter UART bootloader */
};
void nvram_set_boot_state(
enum nvram_boot_state state;
);
An emulation vector handler.
When this is entered, it will switch the stack to a special debug stack, and push all general and special registers onto this stack.
The pointer of the stack frame is then written into JL_CPU->BSP (at 0x10F084),
the bit 31 of JL_CPU->BPCON is cleared and it is polled until it sets.
After that it restores the stack frame, switches stack back to normal and returns to normal execution.