| /hal_silabs-latest/gecko/emlib/src/ |
| D | em_se.c | 815 volatile uint32_t parity = 0; in SE_initPubkey() local
817 parity = parity ^ ((uint32_t *)pubkey)[i]; in SE_initPubkey()
829 SE_DataTransfer_t parityData = SE_DATATRANSFER_DEFAULT(&parity, 4); in SE_initPubkey()
917 volatile uint32_t parity = 0; in SE_initOTP() local
918 parity = parity ^ mcuSettingsFlags; in SE_initOTP()
921 parity, in SE_initOTP()
940 parity = parity ^ ((uint32_t*)(&reservedSettings))[i]; in SE_initOTP()
942 parameters[0] = parity; in SE_initOTP()
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| D | em_leuart.c | 455 | (uint32_t)(init->parity) in LEUART_Init()
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| D | em_usart.c | 793 | (uint32_t)init->parity; in USART_InitAsync()
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| D | em_eusart.c | 917 | (uint32_t)(init->parity) in EUSART_AsyncInitCommon()
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| /hal_silabs-latest/simplicity_sdk/platform/security/sl_component/se_manager/src/ |
| D | sl_se_manager_util.c | 300 volatile uint32_t parity = 0; in sl_se_init_otp_key() local
302 parity = parity ^ ((uint32_t *)key)[i]; in sl_se_init_otp_key()
315 sli_se_datatransfer_t parity_data = SLI_SE_DATATRANSFER_DEFAULT(&parity, 4); in sl_se_init_otp_key()
643 volatile uint32_t parity = 0; in sl_se_init_otp() local
644 parity = parity ^ mcu_settings_flags; in sl_se_init_otp()
646 parity = parity ^ ((uint32_t*)(&otp_tamper_settings))[i]; in sl_se_init_otp()
653 parity, in sl_se_init_otp()
778 uint32_t parity = 0; in sl_se_init_otp() local
779 parity = parity ^ mcu_settings_flags; in sl_se_init_otp()
785 parity, in sl_se_init_otp()
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| /hal_silabs-latest/si32/si32Hal/SI32_Modules/ |
| D | SI32_UART_B_Type.c | 203 SI32_UART_B_PARITY_Enum_Type parity) in _SI32_UART_B_select_rx_parity() argument
205 assert(parity < 4); // parity < 2^2 in _SI32_UART_B_select_rx_parity()
208 basePointer->CONFIG_SET = parity << SI32_UART_B_CONFIG_RPARMD_SHIFT; in _SI32_UART_B_select_rx_parity()
386 SI32_UART_B_PARITY_Enum_Type parity) in _SI32_UART_B_select_tx_parity() argument
388 assert(parity < 4); // parity < 2^2 in _SI32_UART_B_select_tx_parity()
391 basePointer->CONFIG_SET = parity << SI32_UART_B_CONFIG_TPARMD_SHIFT; in _SI32_UART_B_select_tx_parity()
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| D | SI32_UART_A_Type.c | 199 SI32_UART_A_PARITY_Enum_Type parity) in _SI32_UART_A_select_rx_parity() argument
201 assert(parity < 4); // parity < 2^2 in _SI32_UART_A_select_rx_parity()
204 basePointer->CONFIG_SET = parity << SI32_UART_A_CONFIG_RPARMD_SHIFT; in _SI32_UART_A_select_rx_parity()
408 SI32_UART_A_PARITY_Enum_Type parity) in _SI32_UART_A_select_tx_parity() argument
410 assert(parity < 4); // parity < 2^2 in _SI32_UART_A_select_tx_parity()
413 basePointer->CONFIG_SET = parity << SI32_UART_A_CONFIG_TPARMD_SHIFT; in _SI32_UART_A_select_tx_parity()
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| D | SI32_USART_B_Type.c | 200 SI32_USART_B_PARITY_Enum_Type parity) in _SI32_USART_B_select_rx_parity() argument
202 assert(parity < 4); // parity < 2^2 in _SI32_USART_B_select_rx_parity()
205 basePointer->CONFIG_SET = parity << SI32_USART_B_CONFIG_RPARMD_SHIFT; in _SI32_USART_B_select_rx_parity()
435 SI32_USART_B_PARITY_Enum_Type parity) in _SI32_USART_B_select_tx_parity() argument
437 assert(parity < 4); // parity < 2^2 in _SI32_USART_B_select_tx_parity()
440 basePointer->CONFIG_SET = parity << SI32_USART_B_CONFIG_TPARMD_SHIFT; in _SI32_USART_B_select_tx_parity()
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| D | SI32_USART_A_Type.c | 199 SI32_USART_A_PARITY_Enum_Type parity) in _SI32_USART_A_select_rx_parity() argument
201 assert(parity < 4); // parity < 2^2 in _SI32_USART_A_select_rx_parity()
204 basePointer->CONFIG_SET = parity << SI32_USART_A_CONFIG_RPARMD_SHIFT; in _SI32_USART_A_select_rx_parity()
434 SI32_USART_A_PARITY_Enum_Type parity) in _SI32_USART_A_select_tx_parity() argument
436 assert(parity < 4); // parity < 2^2 in _SI32_USART_A_select_tx_parity()
439 basePointer->CONFIG_SET = parity << SI32_USART_A_CONFIG_TPARMD_SHIFT; in _SI32_USART_A_select_tx_parity()
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| D | SI32_UART_A_Type.h | 265 #define SI32_UART_A_select_rx_parity(basePointer, parity) do{ \ argument
267 basePointer->CONFIG_SET = parity << SI32_UART_A_CONFIG_RPARMD_SHIFT;\
495 #define SI32_UART_A_select_tx_parity(basePointer, parity) do{ \ argument
497 basePointer->CONFIG_SET = parity << SI32_UART_A_CONFIG_TPARMD_SHIFT;\
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| D | SI32_UART_B_Type.h | 272 #define SI32_UART_B_select_rx_parity(basePointer, parity) do{ \ argument
274 basePointer->CONFIG_SET = parity << SI32_UART_B_CONFIG_RPARMD_SHIFT;\
476 #define SI32_UART_B_select_tx_parity(basePointer, parity) do{ \ argument
478 basePointer->CONFIG_SET = parity << SI32_UART_B_CONFIG_TPARMD_SHIFT;\
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| D | SI32_USART_A_Type.h | 265 #define SI32_USART_A_select_rx_parity(basePointer, parity) do{ \ argument
267 basePointer->CONFIG_SET = parity << SI32_USART_A_CONFIG_RPARMD_SHIFT;\
521 #define SI32_USART_A_select_tx_parity(basePointer, parity) do{ \ argument
523 basePointer->CONFIG_SET = parity << SI32_USART_A_CONFIG_TPARMD_SHIFT;\
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| D | SI32_USART_B_Type.h | 265 #define SI32_USART_B_select_rx_parity(basePointer, parity) do{ \ argument
267 basePointer->CONFIG_SET = parity << SI32_USART_B_CONFIG_RPARMD_SHIFT;\
521 #define SI32_USART_B_select_tx_parity(basePointer, parity) do{ \ argument
523 basePointer->CONFIG_SET = parity << SI32_USART_B_CONFIG_TPARMD_SHIFT;\
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| /hal_silabs-latest/gecko/emlib/inc/ |
| D | em_leuart.h | 109 LEUART_Parity_TypeDef parity; member
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| D | em_usart.h | 309 USART_Parity_TypeDef parity; member
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| D | em_eusart.h | 537 EUSART_Parity_TypeDef parity; member
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| /hal_silabs-latest/simplicity_sdk/platform/emlib/inc/ |
| D | em_usart.h | 309 USART_Parity_TypeDef parity; member
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| D | em_eusart.h | 537 EUSART_Parity_TypeDef parity; member
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| /hal_silabs-latest/scripts/ |
| D | gen_pinctrl.py | 307 … f"SILABS_ABUS(0x{abus["base_offset"]:x}, 0x{abus["parity"]:x}, 0x{abus["value"]:x})")
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| /hal_silabs-latest/simplicity_sdk/platform/emlib/src/ |
| D | em_usart.c | 793 | (uint32_t)init->parity; in USART_InitAsync()
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| D | em_eusart.c | 920 | (uint32_t)(init->parity) in EUSART_AsyncInitCommon()
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