Lines Matching refs:b
41 #define R(b,r) ((b) | (((r)<<6 & 0x3c00) | ((r) & 0xf))) argument
52 #define GFRCR(b) R(b,0x82) /* global firmware revision code register */ argument
53 #define CAR(b) R(b,0xec) /* channel access register */ argument
58 #define CMR(b) R(b,0x18) /* channel mode register */ argument
59 #define COR1(b) R(b,0x13) /* channel option register 1 */ argument
60 #define COR2(b) R(b,0x14) /* channel option register 2 */ argument
61 #define COR3(b) R(b,0x15) /* channel option register 3 */ argument
62 #define COR4(b) R(b,0x16) /* channel option register 4 */ argument
63 #define COR5(b) R(b,0x17) /* channel option register 5 */ argument
64 #define COR6(b) R(b,0x1b) /* channel option register 6 */ argument
65 #define COR7(b) R(b,0x04) /* channel option register 7 */ argument
66 #define SCHR1(b) R(b,0x1c) /* special character register 1 */ argument
67 #define SCHR2(b) R(b,0x1d) /* special character register 2 */ argument
68 #define SCHR3(b) R(b,0x1e) /* special character register 3 */ argument
69 #define SCHR4(b) R(b,0x1f) /* special character register 4 */ argument
70 #define SCRL(b) R(b,0x20) /* special character range low */ argument
71 #define SCRH(b) R(b,0x21) /* special character range high */ argument
72 #define LNXT(b) R(b,0x2d) /* LNext character */ argument
73 #define RFAR1(b) R(b,0x1c) /* receive frame address register 1 */ argument
74 #define RFAR2(b) R(b,0x1d) /* receive frame address register 2 */ argument
75 #define RFAR3(b) R(b,0x1e) /* receive frame address register 3 */ argument
76 #define RFAR4(b) R(b,0x1f) /* receive frame address register 4 */ argument
77 #define CPSR(b) R(b,0xd4) /* CRC polynomial select register */ argument
82 #define RBPR(b) R(b,0xc9) /* receive baud rate period register */ argument
83 #define RCOR(b) R(b,0xca) /* receive clock option register */ argument
84 #define TBPR(b) R(b,0xc1) /* transmit baud rate period register */ argument
85 #define TCOR(b) R(b,0xc2) /* receive clock option register */ argument
90 #define CCR(b) R(b,0x10) /* channel command register */ argument
91 #define STCR(b) R(b,0x11) /* special transmit command register */ argument
92 #define CSR(b) R(b,0x19) /* channel status register */ argument
93 #define MSVR(b) R(b,0xdc) /* modem signal value register */ argument
94 #define MSVR_RTS(b) R(b,0xdc) /* modem RTS setup register */ argument
95 #define MSVR_DTR(b) R(b,0xdd) /* modem DTR setup register */ argument
100 #define LIVR(b) R(b,0x0a) /* local interrupt vector register */ argument
101 #define IER(b) R(b,0x12) /* interrupt enable register */ argument
102 #define LICR(b) R(b,0x25) /* local interrupting channel register */ argument
103 #define STK(b) R(b,0xe0) /* stack register */ argument
108 #define RPILR(b) R(b,0xe3) /* receive priority interrupt level register */ argument
109 #define RIR(b) R(b,0xef) /* receive interrupt register */ argument
110 #define RISR(b) R(b,0x8a) /* receive interrupt status register */ argument
111 #define RISRL(b) R(b,0x8a) /* receive interrupt status register low */ argument
112 #define RISRH(b) R(b,0x8b) /* receive interrupt status register high */ argument
113 #define RFOC(b) R(b,0x33) /* receive FIFO output count */ argument
114 #define RDR(b) R(b,0xf8) /* receive data register */ argument
115 #define REOIR(b) R(b,0x87) /* receive end of interrupt register */ argument
120 #define TPILR(b) R(b,0xe2) /* transmit priority interrupt level reg */ argument
121 #define TIR(b) R(b,0xee) /* transmit interrupt register */ argument
122 #define TISR(b) R(b,0x89) /* transmit interrupt status register */ argument
123 #define TFTC(b) R(b,0x83) /* transmit FIFO transfer count */ argument
124 #define TDR(b) R(b,0xf8) /* transmit data register */ argument
125 #define TEOIR(b) R(b,0x86) /* transmit end of interrupt register */ argument
130 #define MPILR(b) R(b,0xe1) /* modem priority interrupt level register */ argument
131 #define MIR(b) R(b,0xed) /* modem interrupt register */ argument
132 #define MISR(b) R(b,0x88) /* modem/timer interrupt status register */ argument
133 #define MEOIR(b) R(b,0x85) /* modem end of interrupt register */ argument
138 #define DMR(b) R(b,0xf4) /* DMA mode register */ argument
139 #define BERCNT(b) R(b,0x8d) /* bus error retry count */ argument
140 #define DMABSTS(b) R(b,0x1a) /* DMA buffer status */ argument
145 #define ARBADRL(b) R(b,0x40) /* A receive buffer address lower */ argument
146 #define ARBADRU(b) R(b,0x42) /* A receive buffer address upper */ argument
147 #define BRBADRL(b) R(b,0x44) /* B receive buffer address lower */ argument
148 #define BRBADRU(b) R(b,0x46) /* B receive buffer address upper */ argument
149 #define ARBCNT(b) R(b,0x48) /* A receive buffer byte count */ argument
150 #define BRBCNT(b) R(b,0x4a) /* B receive buffer byte count */ argument
151 #define ARBSTS(b) R(b,0x4c) /* A receive buffer status */ argument
152 #define BRBSTS(b) R(b,0x4d) /* B receive buffer status */ argument
153 #define RCBADRL(b) R(b,0x3c) /* receive current buffer address lower */ argument
154 #define RCBADRU(b) R(b,0x3e) /* receive current buffer address upper */ argument
159 #define ATBADRL(b) R(b,0x50) /* A transmit buffer address lower */ argument
160 #define ATBADRU(b) R(b,0x52) /* A transmit buffer address upper */ argument
161 #define BTBADRL(b) R(b,0x54) /* B transmit buffer address lower */ argument
162 #define BTBADRU(b) R(b,0x56) /* B transmit buffer address upper */ argument
163 #define ATBCNT(b) R(b,0x58) /* A transmit buffer byte count */ argument
164 #define BTBCNT(b) R(b,0x5a) /* B transmit buffer byte count */ argument
165 #define ATBSTS(b) R(b,0x5c) /* A transmit buffer status */ argument
166 #define BTBSTS(b) R(b,0x5d) /* B transmit buffer status */ argument
167 #define TCBADRL(b) R(b,0x38) /* transmit current buffer address lower */ argument
168 #define TCBADRU(b) R(b,0x3a) /* transmit current buffer address upper */ argument
173 #define TPR(b) R(b,0xd8) /* timer period register */ argument
174 #define RTPR(b) R(b,0x26) /* receive timeout period register */ argument
175 #define RTPRL(b) R(b,0x26) /* receive timeout period register low */ argument
176 #define RTPTH(b) R(b,0x27) /* receive timeout period register high */ argument
177 #define GT1(b) R(b,0x28) /* general timer 1 */ argument
178 #define GT1L(b) R(b,0x28) /* general timer 1 low */ argument
179 #define GT1H(b) R(b,0x29) /* general timer 1 high */ argument
180 #define GT2(b) R(b,0x2a) /* general timer 2 */ argument
181 #define TTR(b) R(b,0x2a) /* transmit timer register */ argument