Configuration

Categories:

• XWOS

  13 minute read  

Configuration

All XWOS configuration files are centralized in the board_name/cfg folder:

• cfg/project.h: project configuration file
• cfg/arch.h: ARCH configuration
• cfg/cpu.h: CPU configuration
• cfg/soc.h: SOC configuration
• cfg/board.h: board configuration
• cfg/xwos.h: kernel configuration
• cfg/xwmd.h: middleware configuration
• cfg/xwcd.h: chip and peripheral configuration
• cfg/xwem.h: third-party component configuration
• cfg/xwam.h: application configuration
• cfg/oem.h: OEM module configuration
• cfg/autogen.h: auto-generated configuration

Configuration Reference

When designing XWOS, the use of existing configuration generation tools such as the Linux kernel’s Kconfig was considered. However, to reduce the workload and difficulty of cross-platform development, the decision was made to use C language header files to describe all configurations.

project.h: Project Configuration File

• ARCH
  • XWCFG_ARCH: architecture, select the architecture folder under xwcd/soc/
  • XWCFG_SUBARCH: sub-architecture, select the sub-architecture folder under the architecture folder
  • XWCFG_COMPILER: compiler
    • gcc: select gcc as the compiler
    • llvm / clang: select clang as the compiler
  • XWCFG_LIBC: standard C library; currently supported:
    • newlib: select newlib as the C library
    • picolibc: select picolibc as the C library
    • n: do not link to a C library
  • XWCFG_LDSCRIPT: relative path of the linker script, relative to the board folder
• CPU
  • XWCFG_CPU: CPU subset, select the CPU folder under the architecture folder
• SOC
  • XWCFG_SOC: system-on-chip, select the SOC folder under the CPU folder
• Board
  • XWCFG_BOARD: board, select the board folder under xwbd/
• Kernel Configuration
  • XWCFG_CORE: single-core vs multi-core selection, determines which kernel under xwos/ is compiled
    • mp: multi-core
    • up: single-core (uni-processor)
• XWCFG_XWCD: whether to include the chip and driver library, path xwcd/. Values: 1 or 0
• XWCFG_XWMD: whether to include the middleware library, path xwmd/. Values: 1 or 0
• XWCFG_XWEM: whether to include the third-party component library, path xwem/. Values: 1 or 0
• XWCFG_XWAM: whether to include the application component library, path xwam/. Values: 1 or 0
• XWCFG_OEMPATH: search path for OEM modules
  • Can be a relative path, relative to $(XWOS_BRD_DIR)
  • Can be an absolute path
  • The path can point outside the XWOS root directory

arch.h: ARCH Configuration

• Data endianness selection; only one may be configured as 1:
  • ARCHCFG_LITTLE_ENDIAN: little-endian
  • ARCHCFG_BIG_ENDIAN: big-endian
• Architecture bit width; only one may be configured as 1:
  • ARCHCFG_32BIT: 32-bit
  • ARCHCFG_64BIT: 64-bit
• Floating-point unit
  • ARCHCFG_FPU: whether an FPU is included. Values: 1 or 0
• C standard library
  • ARCHCFG_COMPILER_ERRNO: whether to use error codes defined in libc’s errno.h. Values: 1 or 0
• Bit operations and atomic operations
  • ARCHCFG_LIB_XWBOP_<OP>: whether to use assembly-implemented bit operation functions <OP>. Values: 1 or 0
  • ARCHCFG_LIB_XWBMPOP_<OP>: whether to use assembly-implemented bitmap operation functions <OP>. Values: 1 or 0
  • ARCHCFG_LIB_XWAOP_<OP>: whether to use assembly-implemented atomic operation function set <OP>. Values: 1 or 0
  • ARCHCFG_LIB_XWBMPAOP_<OP>: whether to use assembly-implemented bitmap atomic operation function set <OP>. Values: 1 or 0

cpu.h: CPU Configuration

• CPUCFG_CPU_NUM: number of CPUs, only effective for SMP systems
• CPUCFG_L1_CACHELINE_SIZE: L1 cache CacheLine size, only effective for SOCs with L1 cache

soc.h: SOC Configuration

• ARM-M
  • SOCCFG_EXC_NUM: number of SOC exceptions, fixed at 16
  • SOCCFG_IRQ_NUM: number of SOC peripheral interrupts
  • SOCCFG_NVIC_PRIO_BITNUM: number of bits in the ARM-M interrupt priority register
  • SOCCFG_NVIC_SUBPRIO_BITIDX: the starting bit index of the ARM-M sub-priority
  • SOCCFG_BUG: whether the SOC provides a soc_bug() definition. Values: 1 or 0
  • SOCCFG_CRC32: whether the SOC provides a CRC32 computation unit. Values: 1 or 0
  • SOCCFG_CRC8: whether the SOC provides a CRC8 computation unit. Values: 1 or 0
• nuclei RISC-V bumblebee (rv32imac)
  • SOCCFG_EXC_NUM: number of SOC exceptions, fixed at 16
  • SOCCFG_IRQ_NUM: number of SOC peripheral interrupts
  • SOCCFG_BUG: whether the SOC provides a soc_bug() definition. Values: 1 or 0
  • SOCCFG_CRC32: whether the SOC provides a CRC32 computation unit. Values: 1 or 0
  • SOCCFG_CRC8: whether the SOC provides a CRC8 computation unit. Values: 1 or 0
• EPPC (e200z0)
  • SOCCFG_EXC_NUM: number of SOC exceptions, fixed at 9
  • SOCCFG_IRQ_NUM: number of SOC peripheral interrupts
  • SOCCFG_SYSHWT_SRCCLK: tick timer frequency
  • SOCCFG_SYSHWT_CHANNEL: tick timer channel
  • SOCCFG_CLK_FXOSC: whether the external fast crystal oscillator is enabled
  • SOCCFG_CLK_FXOSC_VALUE: external fast crystal oscillator frequency
  • SOCCFG_CLK_FXOSC_DIV: external fast crystal oscillator division factor
  • SOCCFG_CLK_FIRC: whether the internal fast RC oscillator is enabled
  • SOCCFG_CLK_FIRC_VALUE: internal fast RC oscillator frequency
  • SOCCFG_CLK_FIRC_DIV: internal fast RC oscillator division factor
  • SOCCFG_CLK_SCOSC: whether the external slow crystal oscillator is enabled
  • SOCCFG_CLK_SCOSC_VALUE: external slow crystal oscillator frequency
  • SOCCFG_CLK_SCOSC_DIV: external slow crystal oscillator division factor
  • SOCCFG_CLK_SIRC_VALUE: internal slow RC oscillator frequency
  • SOCCFG_CLK_SIRC_DIV: internal slow RC oscillator division factor
  • SOCCFG_CLK_FMPLL_VALUE: PLL frequency
  • SOCCFG_BUG: whether the SOC provides a soc_bug() definition. Values: 1 or 0
  • SOCCFG_BKUP: whether the backup RAM area is enabled. Values: 1 or 0
  • SOCCFG_CRC32: whether the SOC provides a CRC32 computation unit. Values: 1 or 0
  • SOCCFG_CRC8: whether the SOC provides a CRC8 computation unit. Values: 1 or 0

board.h: Board Configuration

• XWOS HOOK
  • BRDCFG_XWSKD_IDLE_HOOK: whether to use the idle task HOOK. Values: 1 or 0
    • When set to 1, the definition of void board_xwskd_idle_hook(struct xwospl_skd *) must be provided
  • BRDCFG_XWSKD_PRE_SWCX_HOOK: whether to use the pre-context-switch HOOK. Values: 1 or 0
    • When set to 1, the definition of void board_xwskd_pre_swcx_hook(struct xwospl_skd *) must be provided
  • BRDCFG_XWSKD_POST_SWCX_HOOK: whether to use the post-context-switch HOOK. Values: 1 or 0
    • When set to 1, the definition of void board_xwskd_post_swcx_hook(struct xwospl_skd *) must be provided
  • BRDCFG_XWSKD_SYSHWT_HOOK: whether to use the system tick timer interrupt HOOK. Values: 1 or 0
    • When set to 1, the definition of void board_xwskd_syshwt_hook(struct xwospl_skd *) must be provided
  • BRDCFG_XWSKD_THD_STACK_POOL: whether a thread stack memory pool is provided. Values: 1 or 0
    • When set to 1, the definitions of xwer_t board_thd_stack_pool_alloc(xwsz_t , xwstk_t **) and xwer_t board_thd_stack_pool_free(xwstk_t *) must be provided
    • BRDCFG_XWSKD_THD_POSTINIT_HOOK: whether to use the post-thread-init HOOK. Values: 1 or 0
    • When set to 1, the definition of void board_thd_postinit_hook(struct xwospl_thd *) must be provided
• BRDCFG_LOG: whether to support log printing. Values: 1 or 0. When set to 1, the definition of board_log_write() must be provided for log string output.
• BRDCFG_DCACHE: whether DCACHE is supported. Values: 1 or 0
• BRDCFG_ICACHE: whether ICACHE is supported. Values: 1 or 0
• Binary tag
  • BRDCFG_FIRMWARE_TAILFLAG: defines the tag string at the end of the compiled bin file, which can be used by upgrade functions to verify file integrity
• Board module configuration: BMCFG_<module>
  • The board module path must be converted to a configuration macro according to the rules in Build System. Values: 1 or 0

xwos.h: Kernel Configuration

Operating system-related configuration

• XWKNCFG_CHECK_PARAMETERS: whether to enable API parameter checking. Values: 1 or 0
• XWKNCFG_BUG: whether to enable BUG debugging. Values: 1 or 0
• XuanWu C Library:
  • Logging
    • XWLIBCFG_LOG: whether to enable log debugging. Values: 1 or 0
    • XWLIBCFG_XWLOG_LEVEL: minimum log level;
    • XWLIBCFG_XWLOG_BUFSIZE: log formatting buffer size;
  • System calls
    • XWLIBCFG_SC: whether to enable system calls. Values: 1 or 0
  • Atomic operations
    • XWLIBCFG_XWAOP8: whether to enable 8-bit atomic operation library. Values: 1 or 0
    • XWLIBCFG_XWAOP16: whether to enable 16-bit atomic operation library. Values: 1 or 0
    • XWLIBCFG_XWAOP32: whether to enable 32-bit atomic operation library. Values: 1 or 0
    • XWLIBCFG_XWAOP64: whether to enable 64-bit atomic operation library. Values: 1 or 0
    • XWLIBCFG_XWBMPAOP: whether to enable bitmap atomic operation library. Values: 1 or 0
  • Data structures
    • XWLIBCFG_MAP: whether to enable key-value map. Values: 1 or 0
  • CRC
    • XWLIBCFG_CRC32: whether to enable CRC32. Values: 1 or 0
    • XWLIBCFG_CRC32_0X04C11DB7: whether to enable CRC32 polynomial 0x04C11DB7. Values: 1 or 0
    • XWLIBCFG_CRC32_0XEDB88320: whether to enable CRC32 polynomial 0xEDB88320. Values: 1 or 0
    • XWLIBCFG_CRC8: whether to enable CRC8. Values: 1 or 0
    • XWLIBCFG_CRC8_0X07: whether to enable CRC8 polynomial 0x07. Values: 1 or 0
    • XWLIBCFG_CRC8_0X31: whether to enable CRC8 polynomial 0x31. Values: 1 or 0
    • XWLIBCFG_CRC8_0X9B: whether to enable CRC8 polynomial 0x9B. Values: 1 or 0
  • Long jump
    • XWLIBCFG_SETJMP: whether to enable setjmp()/longjmp(). Values: 1 or 0
• Memory management
  • XWMMCFG_ALIGNMENT: memory management alignment in bytes, typically set to 8 bytes
  • XWMMCFG_STACK_ALIGNMENT: thread stack alignment in bytes, typically set to 8 bytes
  • XWMMCFG_STACK_SIZE_DEFAULT: default stack memory size
  • XWMMCFG_STACK_SIZE_MIN: minimum stack memory size
  • XWMMCFG_STACK_GUARD_SIZE_DEFAULT: default stack guard position
  • XWMMCFG_STACK_CHK_SWCX: whether to check for stack overflow on context switch. Values: 1 or 0
  • Stack type; only one may be configured as 1:
    • XWMMCFG_FD_STACK: full descending stack
    • XWMMCFG_ED_STACK: empty descending stack
    • XWMMCFG_FA_STACK: full ascending stack
    • XWMMCFG_EA_STACK: empty ascending stack
  • XWMMCFG_MEMSLICE: whether to enable the memory slice algorithm. Values: 1 or 0
  • XWMMCFG_BMA: whether to enable the buddy algorithm. Values: 1 or 0
  • XWMMCFG_MEMPOOL: whether to enable memory pools. Values: 1 or 0
• Kernel configuration
  • Scheduler
    • XWOSCFG_SYSHWT_PERIOD: hardware timer period, in nanoseconds
    • XWOSCFG_SKD_PRIORITY_RT_NUM: number of scheduler real-time priorities; smaller values save memory
    • XWOSCFG_SKD_IDLE_STACK_SIZE: idle task stack size
    • XWOSCFG_SKD_IDLE_TLS: whether to enable TLS (thread-local storage) for the idle task. Values: 1 or 0
    • XWOSCFG_SKD_BH: whether to enable bottom half. Values: 1 or 0
    • XWOSCFG_SKD_BH_STACK_SIZE: bottom half stack size
    • XWOSCFG_SKD_BH_TLS: whether to enable TLS (thread-local storage) for the bottom half task. Values: 1 or 0
    • XWOSCFG_SKD_PM: whether to enable power management. This configuration is only effective for single-core systems; multi-core systems cannot disable power management. Values: 1 or 0
    • XWOSCFG_SKD_THD_PRIVILEGED_DEFAULT: whether threads are privileged by default. Values: 1 or 0
    • XWOSCFG_SKD_THD_MEMPOOL: whether to enable mempool thread object cache. Values: 1 or 0
    • XWOSCFG_SKD_THD_MEMSLICE: whether to enable memslice thread object cache. Values: 1 or 0
    • XWOSCFG_SKD_THD_SMA: whether to enable SMA thread object cache. Values: 1 or 0
    • XWOSCFG_SKD_THD_STDC_MM: whether to enable C standard library malloc() for dynamic thread object creation. Values: 1 or 0
    • XWOSCFG_SKD_THD_LOCAL_DATA_NUM: number of thread-local data items
    • XWOSCFG_SKD_THD_EXIT: whether to enable thread exit. Values: 1 or 0
    • XWOSCFG_SKD_SWT: whether to enable software timers. Values: 1 or 0
    • XWOSCFG_SKD_SWT_MEMPOOL: whether to enable mempool software timer object cache. Values: 1 or 0
    • XWOSCFG_SKD_SWT_MEMSLICE: whether to enable memslice software timer object cache. Values: 1 or 0
    • XWOSCFG_SKD_SWT_SMA: whether to enable SMA software timer object cache. Values: 1 or 0
    • XWOSCFG_SKD_SWT_STDC_MM: whether to enable C standard library malloc() for dynamic timer object creation. Values: 1 or 0
  • Synchronization
    • XWOSCFG_SYNC_PLSEM: whether to enable pipeline semaphore. Values: 1 or 0
    • XWOSCFG_SYNC_RTSEM: whether to enable real-time semaphore. Values: 1 or 0
    • XWOSCFG_SYNC_SEM_MEMPOOL: whether to enable mempool semaphore object cache. Values: 1 or 0
    • XWOSCFG_SYNC_SEM_MEMSLICE: whether to enable memslice semaphore object cache. Values: 1 or 0
    • XWOSCFG_SYNC_SEM_SMA: whether to enable SMA semaphore object cache. Values: 1 or 0
    • XWOSCFG_SYNC_SEM_STDC_MM: whether to enable C standard library malloc() for dynamic semaphore object creation. Values: 1 or 0
    • XWOSCFG_SYNC_COND: whether to enable condition variables. Values: 1 or 0
    • XWOSCFG_SYNC_COND_MEMPOOL: whether to enable mempool condition variable object cache. Values: 1 or 0
    • XWOSCFG_SYNC_COND_MEMSLICE: whether to enable memslice condition variable object cache. Values: 1 or 0
    • XWOSCFG_SYNC_COND_SMA: whether to enable SMA condition variable object cache. Values: 1 or 0
    • XWOSCFG_SYNC_COND_STDC_MM: whether to enable C standard library malloc() for dynamic condition variable object creation. Values: 1 or 0
    • XWOSCFG_SYNC_EVT: whether to enable events. Values: 1 or 0
    • XWOSCFG_SYNC_EVT_MEMPOOL: whether to enable mempool event object cache. Values: 1 or 0
    • XWOSCFG_SYNC_EVT_MEMSLICE: whether to enable memslice event object cache. Values: 1 or 0
    • XWOSCFG_SYNC_EVT_SMA: whether to enable SMA event object cache. Values: 1 or 0
    • XWOSCFG_SYNC_EVT_STDC_MM: whether to enable C standard library malloc() for dynamic event object creation. Values: 1 or 0
  • Locks
    • XWOSCFG_LOCK_MTX: whether to enable mutex. Values: 1 or 0
    • XWOSCFG_LOCK_MTX_MEMPOOL: whether to enable mempool mutex object cache. Values: 1 or 0
    • XWOSCFG_LOCK_MTX_MEMSLICE: whether to enable memslice mutex object cache. Values: 1 or 0
    • XWOSCFG_LOCK_MTX_SMA: whether to enable SMA mutex object cache. Values: 1 or 0
    • XWOSCFG_LOCK_MTX_STDC_MM: whether to enable C standard library malloc() for dynamic mutex object creation. Values: 1 or 0
    • XWOSCFG_LOCK_FAKEMTX: whether to enable fake mutex. Values: 1 or 0

xwmd.h: Middleware Configuration

• XWMDCFG_CHECK_PARAMETERS: whether to enable API parameter checking. Values: 1 or 0
• XWMDCFG_isc_xwssc: whether to enable point-to-point communication protocol. Values: 1 or 0
  • XWMDCFG_isc_xwssc_LOG: whether to enable logging. Values: 1 or 0
  • XWMDCFG_isc_xwssc_PORT_NUM: number of message channels
  • XWMDCFG_isc_xwssc_PRI_NUM: number of message priorities
  • XWMDCFG_isc_xwssc_RETRY_PERIOD: message retransmission period
  • XWMDCFG_isc_xwssc_RETRY_NUM: maximum number of message retransmissions
  • XWMDCFG_isc_xwssc_MEMBLK_SIZE: unit memory block size for sending and receiving
  • XWMDCFG_isc_xwssc_MEMBLK_ODR: number of unit memory blocks, expressed as a power of 2; the configured value is the exponent n
  • XWMDCFG_isc_xwssc_RXTHD_PRIORITY: receive thread priority
  • XWMDCFG_isc_xwssc_TXTHD_PRIORITY: transmit thread priority
• XWMDCFG_isc_xwmq: whether to enable message queue. Values: 1 or 0
• XWMDCFG_isc_xwcq: whether to enable circular queue. Values: 1 or 0
• XWMDCFG_libc: whether to enable libc adapter code. Values: 1 or 0
• XWMDCFG_xwrust_ffi: whether to enable XWOS Rust underlying C language interface. Values: 1 or 0

xwcd.h: Chip and Peripheral Configuration

• XWCDCFG_CHECK_PARAMETERS: whether to enable API parameter checking. Values: 1 or 0
• XWCDCFG_ds: whether to enable the XuanWu device stack. Values: 1 or 0
  • XWCDCFG_ds_LITE: whether to enable the LITE version of the XuanWu device stack. Values: 1 or 0
  • XWCDCFG_ds_PM: whether to enable power management. Values: 1 or 0
  • XWCDCFG_ds_SOC: whether to enable SOC. Values: 1 or 0
  • XWCDCFG_ds_SOC_CLK: whether to enable SOC Clock. Values: 1 or 0
  • XWCDCFG_ds_SOC_PWR: whether to enable SOC Power. Values: 1 or 0
  • XWCDCFG_ds_SOC_GPIO: whether to enable SOC GPIO. Values: 1 or 0
  • XWCDCFG_ds_SOC_EIRQ: whether to enable SOC external IO interrupts. Values: 1 or 0
  • XWCDCFG_ds_SOC_EIRQ_ROISRT: whether the SOC external IO interrupt vector table is const. Values: 1 or 0
  • XWCDCFG_ds_SOC_DMA: whether to enable SOC DMA. Values: 1 or 0
  • XWCDCFG_ds_SOC_DMA_ROCBT: whether the SOC external DMA callback function table is const. Values: 1 or 0
  • XWCDCFG_ds_UART: whether to enable UART. Values: 1 or 0
  • XWCDCFG_ds_UART_RXQ_SIZE: UART receive queue size
  • XWCDCFG_ds_I2C_MASTER: whether to enable I2C bus controller. Values: 1 or 0
  • XWCDCFG_ds_I2C_PERIPHERAL: whether to enable I2C peripheral. Values: 1 or 0
  • XWCDCFG_ds_SPI_MASTER: whether to enable SPI bus controller. Values: 1 or 0
  • XWCDCFG_ds_SPI_PERIPHERAL: whether to enable SPI peripheral. Values: 1 or 0
  • XWCDCFG_ds_LIN: whether to enable LIN bus. Values: 1 or 0
  • XWCDCFG_ds_LINID: whether to enable LIN bus ID check table. Values: 1 or 0
  • XWCDCFG_ds_CAN: whether to enable CAN bus. Values: 1 or 0
    • XWCDCFG_ds_CAN_CONTROLLER: whether to enable CAN controller. Values: 1 or 0
      • XWCDCFG_ds_CAN_CONTROLLER_ROCBT: whether the CAN controller callback function table is read-only. Values: 1 or 0
      • XWCDCFG_ds_CAN_CONTROLLER_SDU_MAXSIZE: maximum CAN message data size
      • XWCDCFG_ds_CAN_CONTROLLER_RXQNUM: maximum number of CAN receive queues
      • XWCDCFG_ds_CAN_CONTROLLER_I2CP: whether the CAN controller is an I2C peripheral. Values: 1 or 0
      • XWCDCFG_ds_CAN_CONTROLLER_SPIP: whether the CAN controller is an SPI peripheral. Values: 1 or 0
    • XWCDCFG_ds_CAN_TRANSCEIVER: whether to enable CAN transceiver. Values: 1 or 0
      • XWCDCFG_ds_CAN_TRANSCEIVER_I2CP: whether the CAN transceiver is an I2C peripheral. Values: 1 or 0
      • XWCDCFG_ds_CAN_TRANSCEIVER_SPIP: whether the CAN transceiver is an SPI peripheral. Values: 1 or 0
  • XWCDCFG_ds_MISC: whether to enable MISC devices. Values: 1 or 0
• XWCDCFG_peripheral_i2c_eeprom: whether to enable I2C EEPROM driver. Values: 1 or 0
• XWCDCFG_peripheral_spi_flash_w25qxx: whether to enable SPI FLASH W25Q driver. Values: 1 or 0
• XWCDCFG_peripheral_spi_lcd_st7735: whether to enable SPI LCD ST7735 driver. Values: 1 or 0
• XWCDCFG_peripheral_can_transceiver_tja1042: whether to enable CAN transceiver TJA1042 driver. Values: 1 or 0

xwem.h: Third-party Software Configuration

• XWEMCFG_serializing_nanopb: whether to enable protobuf-nanopb. Values: 1 or 0
• XWEMCFG_fs_fatfs: whether to enable FatFs. Values: 1 or 0
• XWEMCFG_fs_littlefs: whether to enable littlefs. Values: 1 or 0
• XWEMCFG_fs_spiffs: whether to enable spiffs. Values: 1 or 0
• XWEMCFG_fs_dhara: whether to enable dhara. Values: 1 or 0
• XWEMCFG_vm_lua: whether to enable the Lua language. Values: 1 or 0
  • XWEMCFG_vm_lua_INT_TYPE: integer type in Lua
  • XWEMCFG_vm_lua_FLOAT_TYPE: floating-point type in Lua
  • XWEMCFG_vm_lua_THD_STACK_SIZE: Lua interactive interpreter thread stack size
  • XWEMCFG_vm_lua_BRDLIBS: whether to enable BSP Lua libraries. Values: 1 or 0

xwam.h: Application Configuration

• XWAMCFG_example_xwobj: whether to enable the XuanWu Object example. Values: 1 or 0
• XWAMCFG_example_thd_new: whether to enable the Thread Creation example. Values: 1 or 0
• XWAMCFG_example_thd_exit: whether to enable the Thread Exit example. Values: 1 or 0
• XWAMCFG_example_thd_sleep: whether to enable the Thread Sleep example. Values: 1 or 0
• XWAMCFG_example_swt: whether to enable the Software Timer example. Values: 1 or 0
• XWAMCFG_example_lock_cpuirq: whether to enable the CPU Interrupt example. Values: 1 or 0
• XWAMCFG_example_lock_mtx: whether to enable the Mutex example. Values: 1 or 0
• XWAMCFG_example_lock_spinlock: whether to enable the Spinlock example. Values: 1 or 0
• XWAMCFG_example_lock_seqlock: whether to enable the Sequence Lock example. Values: 1 or 0
• XWAMCFG_example_sync_sem: whether to enable the Semaphore example. Values: 1 or 0
• XWAMCFG_example_sync_cond: whether to enable the Condition Variable example. Values: 1 or 0
• XWAMCFG_example_sync_br: whether to enable the Thread Barrier example. Values: 1 or 0
• XWAMCFG_example_sync_flg: whether to enable the Event Flag example. Values: 1 or 0
• XWAMCFG_example_sync_sel: whether to enable the Signal Selector example. Values: 1 or 0
• XWAMCFG_example_mm_sma: whether to enable the Simple Memory Allocator example. Values: 1 or 0
• XWAMCFG_example_mm_memslice: whether to enable the Memory Slice Allocator example. Values: 1 or 0
• XWAMCFG_example_mm_bma: whether to enable the Buddy Algorithm Allocator example. Values: 1 or 0
• XWAMCFG_example_xwlib_crc: whether to enable the CRC Computation example. Values: 1 or 0
• XWAMCFG_example_cxx: whether to enable the C++ example. Values: 1 or 0
• XWAMCFG_example_isc_xwmq: whether to enable the Message Queue example. Values: 1 or 0
• XWAMCFG_example_isc_xwcq: whether to enable the Circular Queue example. Values: 1 or 0
• XWAMCFG_application_w25qrpt: whether to enable the W25Q Read/Write Tool application. Values: 1 or 0
• XWAMCFG_application_ramcode: whether to enable the RAMCODE application. Values: 1 or 0