74 void CO_CANsetConfigurationMode(void *CANdriverState){  in CO_CANsetConfigurationMode()  argument
75     uint32_t C_CONcopy = CAN_REG(CANdriverState, C_CON);  in CO_CANsetConfigurationMode()
79     CAN_REG(CANdriverState, C_CON) = C_CONcopy;  in CO_CANsetConfigurationMode()
84     CAN_REG(CANdriverState, C_CON) = C_CONcopy;  in CO_CANsetConfigurationMode()
87     while((CAN_REG(CANdriverState, C_CON) & 0x00E00000) != 0x00800000);  in CO_CANsetConfigurationMode()
95     CAN_REG(CANmodule->CANdriverState, C_CON+CLR) = 0x07000000;  in CO_CANsetNormalMode()
98     while((CAN_REG(CANmodule->CANdriverState, C_CON) & 0x00E00000) != 0x00000000);  in CO_CANsetNormalMode()
107         void                   *CANdriverState,  in CO_CANmodule_init()  argument
122     CANmodule->CANdriverState = CANdriverState;  in CO_CANmodule_init()
153     CAN_REG(CANdriverState, C_CON) = 0x04108000;  in CO_CANmodule_init()
157     CAN_REG(CANdriverState, C_FIFOBA) = CO_KVA_TO_PA(CANmodule->CANmsgBuff);/* FIFO base address */  in CO_CANmodule_init()
158 …CAN_REG(CANdriverState, C_FIFOCON) = (NO_CAN_RXF==32) ? 0x001F0000 : 0x000F0000;     /* FIFO0: rec…  in CO_CANmodule_init()
159     CAN_REG(CANdriverState, C_FIFOCON+0x40) = 0x00000080;/* FIFO1: transmit FIFO, 1 buffer */  in CO_CANmodule_init()
174     CAN_REG(CANdriverState, C_CFG) =  in CO_CANmodule_init()
186         CAN_REG(CANdriverState, C_FLTCON+i*0x10) = 0x00000000;  in CO_CANmodule_init()
192         CAN_REG(CANdriverState, C_RXM) = 0xFFE80000;  in CO_CANmodule_init()
193         CAN_REG(CANdriverState, C_RXM+0x10) = 0xFFE80000;  in CO_CANmodule_init()
194         CAN_REG(CANdriverState, C_RXM+0x20) = 0xFFE80000;  in CO_CANmodule_init()
195         CAN_REG(CANdriverState, C_RXM+0x30) = 0xFFE80000;  in CO_CANmodule_init()
201         CAN_REG(CANdriverState, C_RXM) = 0x00080000;  in CO_CANmodule_init()
203         CAN_REG(CANdriverState, C_RXF) = 0x00000000;  in CO_CANmodule_init()
204         CAN_REG(CANdriverState, C_FLTCON) = 0x00000080;  in CO_CANmodule_init()
210     CAN_REG(CANdriverState, C_FIFOINT) = 0x00010000;  in CO_CANmodule_init()
212     CAN_REG(CANdriverState, C_FIFOINT+0x40) = 0x00000000; /* will be enabled in CO_CANsend */  in CO_CANmodule_init()
214     CAN_REG(CANdriverState, C_INT) = 0x00030000;  in CO_CANmodule_init()
223     CO_CANsetConfigurationMode(CANmodule->CANdriverState);  in CO_CANmodule_disable()
267             uint16_t addr = CANmodule->CANdriverState;  in CO_CANrxBufferInit()
357     uint16_t addr = CANmodule->CANdriverState;  in CO_CANsend()
403     volatile uint32_t* TX_FIFOcon = &CAN_REG(CANmodule->CANdriverState, C_FIFOCON+0x40);  in CO_CANclearPendingSyncPDOs()
404     volatile uint32_t* TX_FIFOconClr = &CAN_REG(CANmodule->CANdriverState, C_FIFOCON+0x44);  in CO_CANclearPendingSyncPDOs()
445     TREC = CAN_REG(CANmodule->CANdriverState, C_TREC);  in CO_CANverifyErrors()
449     overflow = (CAN_REG(CANmodule->CANdriverState, C_FIFOINT)&0x8) ? 1 : 0;  in CO_CANverifyErrors()
501     ICODE = (uint8_t) CAN_REG(CANmodule->CANdriverState, C_VEC) & 0x7F;  in CO_CANinterrupt()
511         rcvMsg = (CO_CANrxMsg_t*) CO_PA_TO_KVA1(CAN_REG(CANmodule->CANdriverState, C_FIFOUA));  in CO_CANinterrupt()
545         CAN_REG(CANmodule->CANdriverState, C_FIFOCON+0x08) = 0x2000;   /* set UINC */  in CO_CANinterrupt()
570 …          uint32_t* TXmsgBuffer = CO_PA_TO_KVA1(CAN_REG(CANmodule->CANdriverState, C_FIFOUA+0x40));  in CO_CANinterrupt()
572 …            volatile uint32_t* TX_FIFOconSet = &CAN_REG(CANmodule->CANdriverState, C_FIFOCON+0x48);  in CO_CANinterrupt()
592             CAN_REG(CANmodule->CANdriverState, C_FIFOINT+0x44) = 0x01000000;  in CO_CANinterrupt()