/* Bit fields for particular registers shared with driver */
/* COR1 - driver and RTA */
-#define COR1_ODD 0x80 /* Odd parity */
-#define COR1_EVEN 0x00 /* Even parity */
-#define COR1_NOP 0x00 /* No parity */
-#define COR1_FORCE 0x20 /* Force parity */
-#define COR1_NORMAL 0x40 /* With parity */
-#define COR1_1STOP 0x00 /* 1 stop bit */
-#define COR1_15STOP 0x04 /* 1.5 stop bits */
-#define COR1_2STOP 0x08 /* 2 stop bits */
-#define COR1_5BITS 0x00 /* 5 data bits */
-#define COR1_6BITS 0x01 /* 6 data bits */
-#define COR1_7BITS 0x02 /* 7 data bits */
-#define COR1_8BITS 0x03 /* 8 data bits */
-
-#define COR1_HOST 0xef /* Safe host bits */
+#define RIOC_COR1_ODD 0x80 /* Odd parity */
+#define RIOC_COR1_EVEN 0x00 /* Even parity */
+#define RIOC_COR1_NOP 0x00 /* No parity */
+#define RIOC_COR1_FORCE 0x20 /* Force parity */
+#define RIOC_COR1_NORMAL 0x40 /* With parity */
+#define RIOC_COR1_1STOP 0x00 /* 1 stop bit */
+#define RIOC_COR1_15STOP 0x04 /* 1.5 stop bits */
+#define RIOC_COR1_2STOP 0x08 /* 2 stop bits */
+#define RIOC_COR1_5BITS 0x00 /* 5 data bits */
+#define RIOC_COR1_6BITS 0x01 /* 6 data bits */
+#define RIOC_COR1_7BITS 0x02 /* 7 data bits */
+#define RIOC_COR1_8BITS 0x03 /* 8 data bits */
+
+#define RIOC_COR1_HOST 0xef /* Safe host bits */
/* RTA only */
-#define COR1_CINPCK 0x00 /* Check parity of received characters */
-#define COR1_CNINPCK 0x10 /* Don't check parity */
+#define RIOC_COR1_CINPCK 0x00 /* Check parity of received characters */
+#define RIOC_COR1_CNINPCK 0x10 /* Don't check parity */
/* COR2 bits for both RTA and driver use */
-#define COR2_IXANY 0x80 /* IXANY - any character is XON */
-#define COR2_IXON 0x40 /* IXON - enable tx soft flowcontrol */
-#define COR2_RTSFLOW 0x02 /* Enable tx hardware flow control */
+#define RIOC_COR2_IXANY 0x80 /* IXANY - any character is XON */
+#define RIOC_COR2_IXON 0x40 /* IXON - enable tx soft flowcontrol */
+#define RIOC_COR2_RTSFLOW 0x02 /* Enable tx hardware flow control */
/* Additional driver bits */
-#define COR2_HUPCL 0x20 /* Hang up on close */
-#define COR2_CTSFLOW 0x04 /* Enable rx hardware flow control */
-#define COR2_IXOFF 0x01 /* Enable rx software flow control */
-#define COR2_DTRFLOW 0x08 /* Enable tx hardware flow control */
+#define RIOC_COR2_HUPCL 0x20 /* Hang up on close */
+#define RIOC_COR2_CTSFLOW 0x04 /* Enable rx hardware flow control */
+#define RIOC_COR2_IXOFF 0x01 /* Enable rx software flow control */
+#define RIOC_COR2_DTRFLOW 0x08 /* Enable tx hardware flow control */
/* RTA use only */
-#define COR2_ETC 0x20 /* Embedded transmit options */
-#define COR2_LOCAL 0x10 /* Local loopback mode */
-#define COR2_REMOTE 0x08 /* Remote loopback mode */
-#define COR2_HOST 0xc2 /* Safe host bits */
+#define RIOC_COR2_ETC 0x20 /* Embedded transmit options */
+#define RIOC_COR2_LOCAL 0x10 /* Local loopback mode */
+#define RIOC_COR2_REMOTE 0x08 /* Remote loopback mode */
+#define RIOC_COR2_HOST 0xc2 /* Safe host bits */
/* COR3 - RTA use only */
-#define COR3_SCDRNG 0x80 /* Enable special char detect for range */
-#define COR3_SCD34 0x40 /* Special character detect for SCHR's 3 + 4 */
-#define COR3_FCT 0x20 /* Flow control transparency */
-#define COR3_SCD12 0x10 /* Special character detect for SCHR's 1 + 2 */
-#define COR3_FIFO12 0x0c /* 12 chars for receive FIFO threshold */
-#define COR3_FIFO10 0x0a /* 10 chars for receive FIFO threshold */
-#define COR3_FIFO8 0x08 /* 8 chars for receive FIFO threshold */
-#define COR3_FIFO6 0x06 /* 6 chars for receive FIFO threshold */
-
-#define COR3_THRESHOLD COR3_FIFO8 /* MUST BE LESS THAN MCOR_THRESHOLD */
-
-#define COR3_DEFAULT (COR3_FCT | COR3_THRESHOLD)
+#define RIOC_COR3_SCDRNG 0x80 /* Enable special char detect for range */
+#define RIOC_COR3_SCD34 0x40 /* Special character detect for SCHR's 3 + 4 */
+#define RIOC_COR3_FCT 0x20 /* Flow control transparency */
+#define RIOC_COR3_SCD12 0x10 /* Special character detect for SCHR's 1 + 2 */
+#define RIOC_COR3_FIFO12 0x0c /* 12 chars for receive FIFO threshold */
+#define RIOC_COR3_FIFO10 0x0a /* 10 chars for receive FIFO threshold */
+#define RIOC_COR3_FIFO8 0x08 /* 8 chars for receive FIFO threshold */
+#define RIOC_COR3_FIFO6 0x06 /* 6 chars for receive FIFO threshold */
+
+#define RIOC_COR3_THRESHOLD RIOC_COR3_FIFO8 /* MUST BE LESS THAN MCOR_THRESHOLD */
+
+#define RIOC_COR3_DEFAULT (RIOC_COR3_FCT | RIOC_COR3_THRESHOLD)
/* Default bits for COR3 */
/* COR4 driver and RTA use */
-#define COR4_IGNCR 0x80 /* Throw away CR's on input */
-#define COR4_ICRNL 0x40 /* Map CR -> NL on input */
-#define COR4_INLCR 0x20 /* Map NL -> CR on input */
-#define COR4_IGNBRK 0x10 /* Ignore Break */
-#define COR4_NBRKINT 0x08 /* No interrupt on break (-BRKINT) */
-#define COR4_RAISEMOD 0x01 /* Raise modem output lines on non-zero baud */
+#define RIOC_COR4_IGNCR 0x80 /* Throw away CR's on input */
+#define RIOC_COR4_ICRNL 0x40 /* Map CR -> NL on input */
+#define RIOC_COR4_INLCR 0x20 /* Map NL -> CR on input */
+#define RIOC_COR4_IGNBRK 0x10 /* Ignore Break */
+#define RIOC_COR4_NBRKINT 0x08 /* No interrupt on break (-BRKINT) */
+#define RIOC_COR4_RAISEMOD 0x01 /* Raise modem output lines on non-zero baud */
/* COR4 driver only */
-#define COR4_IGNPAR 0x04 /* IGNPAR (ignore characters with errors) */
-#define COR4_PARMRK 0x02 /* PARMRK */
+#define RIOC_COR4_IGNPAR 0x04 /* IGNPAR (ignore characters with errors) */
+#define RIOC_COR4_PARMRK 0x02 /* PARMRK */
-#define COR4_HOST 0xf8 /* Safe host bits */
+#define RIOC_COR4_HOST 0xf8 /* Safe host bits */
/* COR4 RTA only */
-#define COR4_CIGNPAR 0x02 /* Thrown away bad characters */
-#define COR4_CPARMRK 0x04 /* PARMRK characters */
-#define COR4_CNPARMRK 0x03 /* Don't PARMRK */
+#define RIOC_COR4_CIGNPAR 0x02 /* Thrown away bad characters */
+#define RIOC_COR4_CPARMRK 0x04 /* PARMRK characters */
+#define RIOC_COR4_CNPARMRK 0x03 /* Don't PARMRK */
/* COR5 driver and RTA use */
-#define COR5_ISTRIP 0x80 /* Strip input chars to 7 bits */
-#define COR5_LNE 0x40 /* Enable LNEXT processing */
-#define COR5_CMOE 0x20 /* Match good and errored characters */
-#define COR5_ONLCR 0x02 /* NL -> CR NL on output */
-#define COR5_OCRNL 0x01 /* CR -> NL on output */
+#define RIOC_COR5_ISTRIP 0x80 /* Strip input chars to 7 bits */
+#define RIOC_COR5_LNE 0x40 /* Enable LNEXT processing */
+#define RIOC_COR5_CMOE 0x20 /* Match good and errored characters */
+#define RIOC_COR5_ONLCR 0x02 /* NL -> CR NL on output */
+#define RIOC_COR5_OCRNL 0x01 /* CR -> NL on output */
/*
** Spare bits - these are not used in the CIRRUS registers, so we use
/*
** tstop and tbusy indication
*/
-#define COR5_TSTATE_ON 0x08 /* Turn on monitoring of tbusy and tstop */
-#define COR5_TSTATE_OFF 0x04 /* Turn off monitoring of tbusy and tstop */
+#define RIOC_COR5_TSTATE_ON 0x08 /* Turn on monitoring of tbusy and tstop */
+#define RIOC_COR5_TSTATE_OFF 0x04 /* Turn off monitoring of tbusy and tstop */
/*
** TAB3
*/
-#define COR5_TAB3 0x10 /* TAB3 mode */
+#define RIOC_COR5_TAB3 0x10 /* TAB3 mode */
-#define COR5_HOST 0xc3 /* Safe host bits */
+#define RIOC_COR5_HOST 0xc3 /* Safe host bits */
/* CCSR */
-#define CCSR_TXFLOFF 0x04 /* Tx is xoffed */
+#define RIOC_CCSR_TXFLOFF 0x04 /* Tx is xoffed */
/* MSVR1 */
/* NB. DTR / CD swapped from Cirrus spec as the pins are also reversed on the
RTA. This is because otherwise DCD would get lost on the 1 parallel / 3
serial option.
*/
-#define MSVR1_CD 0x80 /* CD (DSR on Cirrus) */
-#define MSVR1_RTS 0x40 /* RTS (CTS on Cirrus) */
-#define MSVR1_RI 0x20 /* RI */
-#define MSVR1_DTR 0x10 /* DTR (CD on Cirrus) */
-#define MSVR1_CTS 0x01 /* CTS output pin (RTS on Cirrus) */
+#define RIOC_MSVR1_CD 0x80 /* CD (DSR on Cirrus) */
+#define RIOC_MSVR1_RTS 0x40 /* RTS (CTS on Cirrus) */
+#define RIOC_MSVR1_RI 0x20 /* RI */
+#define RIOC_MSVR1_DTR 0x10 /* DTR (CD on Cirrus) */
+#define RIOC_MSVR1_CTS 0x01 /* CTS output pin (RTS on Cirrus) */
/* Next two used to indicate state of tbusy and tstop to driver */
-#define MSVR1_TSTOP 0x08 /* Set if port flow controlled */
-#define MSVR1_TEMPTY 0x04 /* Set if port tx buffer empty */
+#define RIOC_MSVR1_TSTOP 0x08 /* Set if port flow controlled */
+#define RIOC_MSVR1_TEMPTY 0x04 /* Set if port tx buffer empty */
-#define MSVR1_HOST 0xf3 /* The bits the host wants */
+#define RIOC_MSVR1_HOST 0xf3 /* The bits the host wants */
/* Defines for the subscripts of a CONFIG packet */
-#define CONFIG_COR1 1 /* Option register 1 */
-#define CONFIG_COR2 2 /* Option register 2 */
-#define CONFIG_COR4 3 /* Option register 4 */
-#define CONFIG_COR5 4 /* Option register 5 */
-#define CONFIG_TXXON 5 /* Tx XON character */
-#define CONFIG_TXXOFF 6 /* Tx XOFF character */
-#define CONFIG_RXXON 7 /* Rx XON character */
-#define CONFIG_RXXOFF 8 /* Rx XOFF character */
-#define CONFIG_LNEXT 9 /* LNEXT character */
-#define CONFIG_TXBAUD 10 /* Tx baud rate */
-#define CONFIG_RXBAUD 11 /* Rx baud rate */
-
-#define PRE_EMPTIVE 0x80 /* Pre-emptive bit in command field */
+#define RIOC_CONFIG_COR1 1 /* Option register 1 */
+#define RIOC_CONFIG_COR2 2 /* Option register 2 */
+#define RIOC_CONFIG_COR4 3 /* Option register 4 */
+#define RIOC_CONFIG_COR5 4 /* Option register 5 */
+#define RIOC_CONFIG_TXXON 5 /* Tx XON character */
+#define RIOC_CONFIG_TXXOFF 6 /* Tx XOFF character */
+#define RIOC_CONFIG_RXXON 7 /* Rx XON character */
+#define RIOC_CONFIG_RXXOFF 8 /* Rx XOFF character */
+#define RIOC_CONFIG_LNEXT 9 /* LNEXT character */
+#define RIOC_CONFIG_TXBAUD 10 /* Tx baud rate */
+#define RIOC_CONFIG_RXBAUD 11 /* Rx baud rate */
+
+#define RIOC_PRE_EMPTIVE 0x80 /* Pre-emptive bit in command field */
/* Packet types going from Host to remote - with the exception of OPEN, MOPEN,
CONFIG, SBREAK and MEMDUMP the remaining bytes of the data array will not
be used
*/
-#define OPEN 0x00 /* Open a port */
-#define CONFIG 0x01 /* Configure a port */
-#define MOPEN 0x02 /* Modem open (block for DCD) */
-#define CLOSE 0x03 /* Close a port */
-#define WFLUSH (0x04 | PRE_EMPTIVE) /* Write flush */
-#define RFLUSH (0x05 | PRE_EMPTIVE) /* Read flush */
-#define RESUME (0x06 | PRE_EMPTIVE) /* Resume if xoffed */
-#define SBREAK 0x07 /* Start break */
-#define EBREAK 0x08 /* End break */
-#define SUSPEND (0x09 | PRE_EMPTIVE) /* Susp op (behave as tho xoffed) */
-#define FCLOSE (0x0a | PRE_EMPTIVE) /* Force close */
-#define XPRINT 0x0b /* Xprint packet */
-#define MBIS (0x0c | PRE_EMPTIVE) /* Set modem lines */
-#define MBIC (0x0d | PRE_EMPTIVE) /* Clear modem lines */
-#define MSET (0x0e | PRE_EMPTIVE) /* Set modem lines */
-#define PCLOSE 0x0f /* Pseudo close - Leaves rx/tx enabled */
-#define MGET (0x10 | PRE_EMPTIVE) /* Force update of modem status */
-#define MEMDUMP (0x11 | PRE_EMPTIVE) /* Send back mem from addr supplied */
-#define READ_REGISTER (0x12 | PRE_EMPTIVE) /* Read CD1400 register (debug) */
+#define RIOC_OPEN 0x00 /* Open a port */
+#define RIOC_CONFIG 0x01 /* Configure a port */
+#define RIOC_MOPEN 0x02 /* Modem open (block for DCD) */
+#define RIOC_CLOSE 0x03 /* Close a port */
+#define RIOC_WFLUSH (0x04 | RIOC_PRE_EMPTIVE) /* Write flush */
+#define RIOC_RFLUSH (0x05 | RIOC_PRE_EMPTIVE) /* Read flush */
+#define RIOC_RESUME (0x06 | RIOC_PRE_EMPTIVE) /* Resume if xoffed */
+#define RIOC_SBREAK 0x07 /* Start break */
+#define RIOC_EBREAK 0x08 /* End break */
+#define RIOC_SUSPEND (0x09 | RIOC_PRE_EMPTIVE) /* Susp op (behave as tho xoffed) */
+#define RIOC_FCLOSE (0x0a | RIOC_PRE_EMPTIVE) /* Force close */
+#define RIOC_XPRINT 0x0b /* Xprint packet */
+#define RIOC_MBIS (0x0c | RIOC_PRE_EMPTIVE) /* Set modem lines */
+#define RIOC_MBIC (0x0d | RIOC_PRE_EMPTIVE) /* Clear modem lines */
+#define RIOC_MSET (0x0e | RIOC_PRE_EMPTIVE) /* Set modem lines */
+#define RIOC_PCLOSE 0x0f /* Pseudo close - Leaves rx/tx enabled */
+#define RIOC_MGET (0x10 | RIOC_PRE_EMPTIVE) /* Force update of modem status */
+#define RIOC_MEMDUMP (0x11 | RIOC_PRE_EMPTIVE) /* Send back mem from addr supplied */
+#define RIOC_READ_REGISTER (0x12 | RIOC_PRE_EMPTIVE) /* Read CD1400 register (debug) */
/* "Command" packets going from remote to host COMPLETE and MODEM_STATUS
use data[4] / data[3] to indicate current state and modem status respectively
*/
-#define COMPLETE (0x20 | PRE_EMPTIVE)
+#define RIOC_COMPLETE (0x20 | RIOC_PRE_EMPTIVE)
/* Command complete */
-#define BREAK_RECEIVED (0x21 | PRE_EMPTIVE)
+#define RIOC_BREAK_RECEIVED (0x21 | RIOC_PRE_EMPTIVE)
/* Break received */
-#define MODEM_STATUS (0x22 | PRE_EMPTIVE)
+#define RIOC_MODEM_STATUS (0x22 | RIOC_PRE_EMPTIVE)
/* Change in modem status */
/* "Command" packet that could go either way - handshake wake-up */
-#define HANDSHAKE (0x23 | PRE_EMPTIVE)
+#define RIOC_HANDSHAKE (0x23 | RIOC_PRE_EMPTIVE)
/* Wake-up to HOST / RTA */
#endif
static int rio_set_real_termios(void *ptr)
{
- return RIOParam((struct Port *) ptr, CONFIG, 1, 1);
+ return RIOParam((struct Port *) ptr, RIOC_CONFIG, 1, 1);
}
int rv;
func_enter();
- rv = (PortP->ModemState & MSVR1_CD) != 0;
+ rv = (PortP->ModemState & RIOC_MSVR1_CD) != 0;
rio_dprintk(RIO_DEBUG_INIT, "Getting CD status: %d\n", rv);
rio_dprintk(RIO_DEBUG_TTY, "BREAK on deleted RTA\n");
rc = -EIO;
} else {
- if (RIOShortCommand(p, PortP, SBREAK, 2, 250) == RIO_FAIL) {
+ if (RIOShortCommand(p, PortP, RIOC_SBREAK, 2, 250) ==
+ RIO_FAIL) {
rio_dprintk(RIO_DEBUG_INTR, "SBREAK RIOShortCommand failed\n");
rc = -EIO;
}
l = arg ? arg * 100 : 250;
if (l > 255)
l = 255;
- if (RIOShortCommand(p, PortP, SBREAK, 2, arg ? arg * 100 : 250) == RIO_FAIL) {
+ if (RIOShortCommand(p, PortP, RIOC_SBREAK, 2,
+ arg ? arg * 100 : 250) == RIO_FAIL) {
rio_dprintk(RIO_DEBUG_INTR, "SBREAK RIOShortCommand failed\n");
rc = -EIO;
}
PortP = p->RIOPortp[SysPort];
rio_spin_lock_irqsave(&PortP->portSem, flags);
switch (readb(&PktCmdP->Command)) {
- case BREAK_RECEIVED:
+ case RIOC_BREAK_RECEIVED:
rio_dprintk(RIO_DEBUG_CMD, "Received a break!\n");
/* If the current line disc. is not multi-threading and
the current processor is not the default, reset rup_intr
gs_got_break(&PortP->gs);
break;
- case COMPLETE:
+ case RIOC_COMPLETE:
rio_dprintk(RIO_DEBUG_CMD, "Command complete on phb %d host %Zd\n", readb(&PktCmdP->PhbNum), HostP - p->RIOHosts);
subCommand = 1;
switch (readb(&PktCmdP->SubCommand)) {
- case MEMDUMP:
+ case RIOC_MEMDUMP:
rio_dprintk(RIO_DEBUG_CMD, "Memory dump cmd (0x%x) from addr 0x%x\n", readb(&PktCmdP->SubCommand), readw(&PktCmdP->SubAddr));
break;
- case READ_REGISTER:
+ case RIOC_READ_REGISTER:
rio_dprintk(RIO_DEBUG_CMD, "Read register (0x%x)\n", readw(&PktCmdP->SubAddr));
- p->CdRegister = (readb(&PktCmdP->ModemStatus) & MSVR1_HOST);
+ p->CdRegister = (readb(&PktCmdP->ModemStatus) & RIOC_MSVR1_HOST);
break;
default:
subCommand = 0;
rio_dprintk(RIO_DEBUG_CMD, "No change\n");
/* FALLTHROUGH */
- case MODEM_STATUS:
+ case RIOC_MODEM_STATUS:
/*
** Knock out the tbusy and tstop bits, as these are not relevant
** to the check for modem status change (they're just there because
** it's a convenient place to put them!).
*/
ReportedModemStatus = readb(&PktCmdP->ModemStatus);
- if ((PortP->ModemState & MSVR1_HOST) == (ReportedModemStatus & MSVR1_HOST)) {
+ if ((PortP->ModemState & RIOC_MSVR1_HOST) ==
+ (ReportedModemStatus & RIOC_MSVR1_HOST)) {
rio_dprintk(RIO_DEBUG_CMD, "Modem status unchanged 0x%x\n", PortP->ModemState);
/*
** Update ModemState just in case tbusy or tstop states have
/*
** Is there a carrier?
*/
- if (PortP->ModemState & MSVR1_CD) {
+ if (PortP->ModemState & RIOC_MSVR1_CD) {
/*
** Has carrier just appeared?
*/
*/
rio_spin_unlock_irqrestore(&UnixRupP->RupLock, flags);
FreeMe = RIOCommandRup(p, Rup, HostP, PacketP);
- if (readb(&PacketP->data[5]) == MEMDUMP) {
+ if (readb(&PacketP->data[5]) == RIOC_MEMDUMP) {
rio_dprintk(RIO_DEBUG_CMD, "Memdump from 0x%x complete\n", readw(&(PacketP->data[6])));
rio_memcpy_fromio(p->RIOMemDump, &(PacketP->data[8]), 32);
}
}
rio_spin_lock_irqsave(&PortP->portSem, flags);
- if (RIOPreemptiveCmd(p, (p->RIOPortp[port]), RESUME) == RIO_FAIL) {
+ if (RIOPreemptiveCmd(p, (p->RIOPortp[port]), RIOC_RESUME) ==
+ RIO_FAIL) {
rio_dprintk(RIO_DEBUG_CTRL, "RIO_RESUME failed\n");
rio_spin_unlock_irqrestore(&PortP->portSem, flags);
return -EBUSY;
return -ENXIO;
}
PortP = (p->RIOPortp[PortTty.port]);
- RIOParam(PortP, CONFIG, PortP->State & RIO_MODEM, OK_TO_SLEEP);
+ RIOParam(PortP, RIOC_CONFIG, PortP->State & RIO_MODEM,
+ OK_TO_SLEEP);
return retval;
case RIO_SET_PORT_PARAMS:
rio_spin_lock_irqsave(&PortP->portSem, flags);
- if (RIOPreemptiveCmd(p, PortP, MEMDUMP) == RIO_FAIL) {
+ if (RIOPreemptiveCmd(p, PortP, RIOC_MEMDUMP) == RIO_FAIL) {
rio_dprintk(RIO_DEBUG_CTRL, "RIO_MEM_DUMP failed\n");
rio_spin_unlock_irqrestore(&PortP->portSem, flags);
return -EBUSY;
rio_spin_lock_irqsave(&PortP->portSem, flags);
- if (RIOPreemptiveCmd(p, PortP, READ_REGISTER) == RIO_FAIL) {
+ if (RIOPreemptiveCmd(p, PortP, RIOC_READ_REGISTER) ==
+ RIO_FAIL) {
rio_dprintk(RIO_DEBUG_CTRL, "RIO_READ_REGISTER failed\n");
rio_spin_unlock_irqrestore(&PortP->portSem, flags);
return -EBUSY;
PktCmdP->PhbNum = port;
switch (Cmd) {
- case MEMDUMP:
+ case RIOC_MEMDUMP:
rio_dprintk(RIO_DEBUG_CTRL, "Queue MEMDUMP command blk %p "
"(addr 0x%x)\n", CmdBlkP, (int) SubCmd.Addr);
- PktCmdP->SubCommand = MEMDUMP;
+ PktCmdP->SubCommand = RIOC_MEMDUMP;
PktCmdP->SubAddr = SubCmd.Addr;
break;
- case FCLOSE:
+ case RIOC_FCLOSE:
rio_dprintk(RIO_DEBUG_CTRL, "Queue FCLOSE command blk %p\n",
CmdBlkP);
break;
- case READ_REGISTER:
+ case RIOC_READ_REGISTER:
rio_dprintk(RIO_DEBUG_CTRL, "Queue READ_REGISTER (0x%x) "
"command blk %p\n", (int) SubCmd.Addr, CmdBlkP);
- PktCmdP->SubCommand = READ_REGISTER;
+ PktCmdP->SubCommand = RIOC_READ_REGISTER;
PktCmdP->SubAddr = SubCmd.Addr;
break;
- case RESUME:
+ case RIOC_RESUME:
rio_dprintk(RIO_DEBUG_CTRL, "Queue RESUME command blk %p\n",
CmdBlkP);
break;
- case RFLUSH:
+ case RIOC_RFLUSH:
rio_dprintk(RIO_DEBUG_CTRL, "Queue RFLUSH command blk %p\n",
CmdBlkP);
CmdBlkP->PostFuncP = RIORFlushEnable;
break;
- case SUSPEND:
+ case RIOC_SUSPEND:
rio_dprintk(RIO_DEBUG_CTRL, "Queue SUSPEND command blk %p\n",
CmdBlkP);
break;
- case MGET:
+ case RIOC_MGET:
rio_dprintk(RIO_DEBUG_CTRL, "Queue MGET command blk %p\n",
CmdBlkP);
break;
- case MSET:
- case MBIC:
- case MBIS:
+ case RIOC_MSET:
+ case RIOC_MBIC:
+ case RIOC_MBIS:
CmdBlkP->Packet.data[4] = (char) PortP->ModemLines;
rio_dprintk(RIO_DEBUG_CTRL, "Queue MSET/MBIC/MBIS command "
"blk %p\n", CmdBlkP);
break;
- case WFLUSH:
+ case RIOC_WFLUSH:
/*
** If we have queued up the maximum number of Write flushes
** allowed then we should not bother sending any more to the
PortP->InUse = NOT_INUSE;
rio_spin_unlock(&PortP->portSem);
- if (RIOParam(PortP, OPEN, ((PortP->Cor2Copy & (COR2_RTSFLOW | COR2_CTSFLOW)) == (COR2_RTSFLOW | COR2_CTSFLOW)) ? 1 : 0, DONT_SLEEP) == RIO_FAIL) {
+ if (RIOParam(PortP, RIOC_OPEN, ((PortP->Cor2Copy & (RIOC_COR2_RTSFLOW | RIOC_COR2_CTSFLOW)) == (RIOC_COR2_RTSFLOW | RIOC_COR2_CTSFLOW)) ? 1 : 0, DONT_SLEEP) == RIO_FAIL)
continue; /* with next port */
- }
rio_spin_lock(&PortP->portSem);
PortP->MagicFlags &= ~MAGIC_REBOOT;
}
*/
PktCmdP = (struct PktCmd __iomem *) &PacketP->data[0];
- writeb(WFLUSH, &PktCmdP->Command);
+ writeb(RIOC_WFLUSH, &PktCmdP->Command);
p = PortP->HostPort % (u16) PORTS_PER_RTA;
}
rio_spin_lock_irqsave(&PortP->portSem, flags);
- if (cmd == OPEN) {
+ if (cmd == RIOC_OPEN) {
/*
** If the port is set to store or lock the parameters, and it is
** paramed with OPEN, we want to restore the saved port termio, but
case CS5:
{
rio_dprintk(RIO_DEBUG_PARAM, "5 bit data\n");
- Cor1 |= COR1_5BITS;
+ Cor1 |= RIOC_COR1_5BITS;
break;
}
case CS6:
{
rio_dprintk(RIO_DEBUG_PARAM, "6 bit data\n");
- Cor1 |= COR1_6BITS;
+ Cor1 |= RIOC_COR1_6BITS;
break;
}
case CS7:
{
rio_dprintk(RIO_DEBUG_PARAM, "7 bit data\n");
- Cor1 |= COR1_7BITS;
+ Cor1 |= RIOC_COR1_7BITS;
break;
}
case CS8:
{
rio_dprintk(RIO_DEBUG_PARAM, "8 bit data\n");
- Cor1 |= COR1_8BITS;
+ Cor1 |= RIOC_COR1_8BITS;
break;
}
}
if (TtyP->termios->c_cflag & CSTOPB) {
rio_dprintk(RIO_DEBUG_PARAM, "2 stop bits\n");
- Cor1 |= COR1_2STOP;
+ Cor1 |= RIOC_COR1_2STOP;
} else {
rio_dprintk(RIO_DEBUG_PARAM, "1 stop bit\n");
- Cor1 |= COR1_1STOP;
+ Cor1 |= RIOC_COR1_1STOP;
}
if (TtyP->termios->c_cflag & PARENB) {
rio_dprintk(RIO_DEBUG_PARAM, "Enable parity\n");
- Cor1 |= COR1_NORMAL;
+ Cor1 |= RIOC_COR1_NORMAL;
} else {
rio_dprintk(RIO_DEBUG_PARAM, "Disable parity\n");
- Cor1 |= COR1_NOP;
+ Cor1 |= RIOC_COR1_NOP;
}
if (TtyP->termios->c_cflag & PARODD) {
rio_dprintk(RIO_DEBUG_PARAM, "Odd parity\n");
- Cor1 |= COR1_ODD;
+ Cor1 |= RIOC_COR1_ODD;
} else {
rio_dprintk(RIO_DEBUG_PARAM, "Even parity\n");
- Cor1 |= COR1_EVEN;
+ Cor1 |= RIOC_COR1_EVEN;
}
/*
*/
if (TtyP->termios->c_iflag & IXON) {
rio_dprintk(RIO_DEBUG_PARAM, "Enable start/stop output control\n");
- Cor2 |= COR2_IXON;
+ Cor2 |= RIOC_COR2_IXON;
} else {
if (PortP->Config & RIO_IXON) {
rio_dprintk(RIO_DEBUG_PARAM, "Force enable start/stop output control\n");
- Cor2 |= COR2_IXON;
+ Cor2 |= RIOC_COR2_IXON;
} else
rio_dprintk(RIO_DEBUG_PARAM, "IXON has been disabled.\n");
}
if (TtyP->termios->c_iflag & IXANY) {
if (PortP->Config & RIO_IXANY) {
rio_dprintk(RIO_DEBUG_PARAM, "Enable any key to restart output\n");
- Cor2 |= COR2_IXANY;
+ Cor2 |= RIOC_COR2_IXANY;
} else
rio_dprintk(RIO_DEBUG_PARAM, "IXANY has been disabled due to sanity reasons.\n");
}
if (TtyP->termios->c_iflag & IXOFF) {
rio_dprintk(RIO_DEBUG_PARAM, "Enable start/stop input control 2\n");
- Cor2 |= COR2_IXOFF;
+ Cor2 |= RIOC_COR2_IXOFF;
}
if (TtyP->termios->c_cflag & HUPCL) {
rio_dprintk(RIO_DEBUG_PARAM, "Hangup on last close\n");
- Cor2 |= COR2_HUPCL;
+ Cor2 |= RIOC_COR2_HUPCL;
}
if (C_CRTSCTS(TtyP)) {
rio_dprintk(RIO_DEBUG_PARAM, "Rx hardware flow control enabled\n");
- Cor2 |= COR2_CTSFLOW;
- Cor2 |= COR2_RTSFLOW;
+ Cor2 |= RIOC_COR2_CTSFLOW;
+ Cor2 |= RIOC_COR2_RTSFLOW;
} else {
rio_dprintk(RIO_DEBUG_PARAM, "Rx hardware flow control disabled\n");
- Cor2 &= ~COR2_CTSFLOW;
- Cor2 &= ~COR2_RTSFLOW;
+ Cor2 &= ~RIOC_COR2_CTSFLOW;
+ Cor2 &= ~RIOC_COR2_RTSFLOW;
}
*/
if (TtyP->termios->c_iflag & IGNBRK) {
rio_dprintk(RIO_DEBUG_PARAM, "Ignore break condition\n");
- Cor4 |= COR4_IGNBRK;
+ Cor4 |= RIOC_COR4_IGNBRK;
}
if (!(TtyP->termios->c_iflag & BRKINT)) {
rio_dprintk(RIO_DEBUG_PARAM, "Break generates NULL condition\n");
- Cor4 |= COR4_NBRKINT;
+ Cor4 |= RIOC_COR4_NBRKINT;
} else {
rio_dprintk(RIO_DEBUG_PARAM, "Interrupt on break condition\n");
}
if (TtyP->termios->c_iflag & INLCR) {
rio_dprintk(RIO_DEBUG_PARAM, "Map newline to carriage return on input\n");
- Cor4 |= COR4_INLCR;
+ Cor4 |= RIOC_COR4_INLCR;
}
if (TtyP->termios->c_iflag & IGNCR) {
rio_dprintk(RIO_DEBUG_PARAM, "Ignore carriage return on input\n");
- Cor4 |= COR4_IGNCR;
+ Cor4 |= RIOC_COR4_IGNCR;
}
if (TtyP->termios->c_iflag & ICRNL) {
rio_dprintk(RIO_DEBUG_PARAM, "Map carriage return to newline on input\n");
- Cor4 |= COR4_ICRNL;
+ Cor4 |= RIOC_COR4_ICRNL;
}
if (TtyP->termios->c_iflag & IGNPAR) {
rio_dprintk(RIO_DEBUG_PARAM, "Ignore characters with parity errors\n");
- Cor4 |= COR4_IGNPAR;
+ Cor4 |= RIOC_COR4_IGNPAR;
}
if (TtyP->termios->c_iflag & PARMRK) {
rio_dprintk(RIO_DEBUG_PARAM, "Mark parity errors\n");
- Cor4 |= COR4_PARMRK;
+ Cor4 |= RIOC_COR4_PARMRK;
}
/*
** on reception of a config packet.
** The download code handles the zero baud condition.
*/
- Cor4 |= COR4_RAISEMOD;
+ Cor4 |= RIOC_COR4_RAISEMOD;
/*
** COR 5
*/
- Cor5 = COR5_CMOE;
+ Cor5 = RIOC_COR5_CMOE;
/*
** Set to monitor tbusy/tstop (or not).
*/
if (PortP->MonitorTstate)
- Cor5 |= COR5_TSTATE_ON;
+ Cor5 |= RIOC_COR5_TSTATE_ON;
else
- Cor5 |= COR5_TSTATE_OFF;
+ Cor5 |= RIOC_COR5_TSTATE_OFF;
/*
** Could set LNE here if you wanted LNext processing. SVR4 will use it.
if (TtyP->termios->c_iflag & ISTRIP) {
rio_dprintk(RIO_DEBUG_PARAM, "Strip input characters\n");
if (!(PortP->State & RIO_TRIAD_MODE)) {
- Cor5 |= COR5_ISTRIP;
+ Cor5 |= RIOC_COR5_ISTRIP;
}
}
if (TtyP->termios->c_oflag & ONLCR) {
rio_dprintk(RIO_DEBUG_PARAM, "Map newline to carriage-return, newline on output\n");
if (PortP->CookMode == COOK_MEDIUM)
- Cor5 |= COR5_ONLCR;
+ Cor5 |= RIOC_COR5_ONLCR;
}
if (TtyP->termios->c_oflag & OCRNL) {
rio_dprintk(RIO_DEBUG_PARAM, "Map carriage return to newline on output\n");
if (PortP->CookMode == COOK_MEDIUM)
- Cor5 |= COR5_OCRNL;
+ Cor5 |= RIOC_COR5_OCRNL;
}
if ((TtyP->termios->c_oflag & TABDLY) == TAB3) {
rio_dprintk(RIO_DEBUG_PARAM, "Tab delay 3 set\n");
if (PortP->CookMode == COOK_MEDIUM)
- Cor5 |= COR5_TAB3;
+ Cor5 |= RIOC_COR5_TAB3;
}
/*
rio_dprintk(RIO_DEBUG_TTY, "Waiting for RIO_CLOSING to go away\n");
if (repeat_this-- <= 0) {
rio_dprintk(RIO_DEBUG_TTY, "Waiting for not idle closed broken by signal\n");
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
retval = -EINTR;
goto bombout;
}
here. If I read the docs correctly the "open"
command piggybacks the parameters immediately.
-- REW */
- RIOParam(PortP, OPEN, 1, OK_TO_SLEEP); /* Open the port */
+ RIOParam(PortP, RIOC_OPEN, 1, OK_TO_SLEEP); /* Open the port */
rio_spin_lock_irqsave(&PortP->portSem, flags);
/*
rio_spin_unlock_irqrestore(&PortP->portSem, flags);
if (RIODelay(PortP, HUNDRED_MS) == RIO_FAIL) {
rio_dprintk(RIO_DEBUG_TTY, "Waiting for open to finish broken by signal\n");
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
func_exit();
return -EINTR;
}
** insert test for carrier here. -- ???
** I already see that test here. What's the deal? -- REW
*/
- if ((PortP->gs.tty->termios->c_cflag & CLOCAL) || (PortP->ModemState & MSVR1_CD)) {
+ if ((PortP->gs.tty->termios->c_cflag & CLOCAL) ||
+ (PortP->ModemState & RIOC_MSVR1_CD)) {
rio_dprintk(RIO_DEBUG_TTY, "open(%d) Modem carr on\n", SysPort);
/*
tp->tm.c_state |= CARR_ON;
** I think it's OK. -- REW
*/
rio_dprintk(RIO_DEBUG_TTY, "open(%d) sleeping for carr broken by signal\n", SysPort);
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
/*
tp->tm.c_state &= ~WOPEN;
*/
*/
PortP->State &= ~RIO_MOPEN;
PortP->State &= ~RIO_CARR_ON;
- PortP->ModemState &= ~MSVR1_CD;
+ PortP->ModemState &= ~RIOC_MSVR1_CD;
/*
** If the device was open as both a Modem and a tty line
** then we need to wimp out here, as the port has not really
if (repeat_this-- <= 0) {
rv = -EINTR;
rio_dprintk(RIO_DEBUG_TTY, "Waiting for not idle closed broken by signal\n");
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
goto close_end;
}
rio_dprintk(RIO_DEBUG_TTY, "Calling timeout to flush in closing\n");
/* Can't call RIOShortCommand with the port locked. */
rio_spin_unlock_irqrestore(&PortP->portSem, flags);
- if (RIOShortCommand(p, PortP, CLOSE, 1, 0) == RIO_FAIL) {
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ if (RIOShortCommand(p, PortP, RIOC_CLOSE, 1, 0) == RIO_FAIL) {
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
rio_spin_lock_irqsave(&PortP->portSem, flags);
goto close_end;
}
try--;
if (time_after(jiffies, end_time)) {
rio_dprintk(RIO_DEBUG_TTY, "Run out of tries - force the bugger shut!\n");
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
break;
}
rio_dprintk(RIO_DEBUG_TTY, "Close: PortState:ISOPEN is %d\n", PortP->PortState & PORT_ISOPEN);
}
if (RIODelay(PortP, HUNDRED_MS) == RIO_FAIL) {
rio_dprintk(RIO_DEBUG_TTY, "RTA EINTR in delay \n");
- RIOPreemptiveCmd(p, PortP, FCLOSE);
+ RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE);
break;
}
}
rio_spin_lock_irqsave(&PortP->portSem, flags);
rio_dprintk(RIO_DEBUG_TTY, "Close: try was %d on completion\n", try);
- /* RIOPreemptiveCmd(p, PortP, FCLOSE); */
+ /* RIOPreemptiveCmd(p, PortP, RIOC_FCLOSE); */
/*
** 15.10.1998 ARG - ESIL 0761 part fix
projects / linux-2.6-omap-h63xx.git / commitdiff