/* $Id: avmcard.h,v 1.1.4.1 2001/11/20 14:19:34 kai Exp $ * * Copyright 1999 by Carsten Paeth * * This software may be used and distributed according to the terms * of the GNU General Public License, incorporated herein by reference. * */ #ifndef _AVMCARD_H_ #define _AVMCARD_H_ #define AVMB1_PORTLEN 0x1f #define AVM_MAXVERSION 8 #define AVM_NCCI_PER_CHANNEL 4 /* * Versions */ #define VER_DRIVER 0 #define VER_CARDTYPE 1 #define VER_HWID 2 #define VER_SERIAL 3 #define VER_OPTION 4 #define VER_PROTO 5 #define VER_PROFILE 6 #define VER_CAPI 7 enum avmcardtype { avm_b1isa, avm_b1pci, avm_b1pcmcia, avm_m1, avm_m2, avm_t1isa, avm_t1pci, avm_c4, avm_c2 }; typedef struct avmcard_dmainfo { __u32 recvlen; __u8 recvbuf[128+2048]; struct sk_buff_head send_queue; __u8 sendbuf[128+2048]; } avmcard_dmainfo; typedef struct avmcard { char name[32]; unsigned int port; unsigned irq; unsigned long membase; enum avmcardtype cardtype; unsigned char revision; unsigned char class; int cardnr; /* for t1isa */ char msgbuf[128]; /* capimsg msg part */ char databuf[2048]; /* capimsg data part */ int interrupt; void *mbase; volatile __u32 csr; avmcard_dmainfo *dma; struct avmctrl_info { char cardname[32]; int versionlen; char versionbuf[1024]; char *version[AVM_MAXVERSION]; char infobuf[128]; /* for function procinfo */ struct avmcard *card; struct capi_ctr *capi_ctrl; } *ctrlinfo; int nlogcontr; } avmcard; typedef struct avmctrl_info avmctrl_info; extern int b1_irq_table[16]; /* * LLI Messages to the ISDN-ControllerISDN Controller */ #define SEND_POLL 0x72 /* * after load <- RECEIVE_POLL */ #define SEND_INIT 0x11 /* * first message <- RECEIVE_INIT * int32 NumApplications int32 * NumNCCIs int32 BoardNumber */ #define SEND_REGISTER 0x12 /* * register an application int32 * ApplIDId int32 NumMessages * int32 NumB3Connections int32 * NumB3Blocks int32 B3Size * * AnzB3Connection != 0 && * AnzB3Blocks >= 1 && B3Size >= 1 */ #define SEND_RELEASE 0x14 /* * deregister an application int32 * ApplID */ #define SEND_MESSAGE 0x15 /* * send capi-message int32 length * capi-data ... */ #define SEND_DATA_B3_REQ 0x13 /* * send capi-data-message int32 * MsgLength capi-data ... int32 * B3Length data .... */ #define SEND_CONFIG 0x21 /* */ #define SEND_POLLACK 0x73 /* T1 Watchdog */ /* * LLI Messages from the ISDN-ControllerISDN Controller */ #define RECEIVE_POLL 0x32 /* * <- after SEND_POLL */ #define RECEIVE_INIT 0x27 /* * <- after SEND_INIT int32 length * byte total length b1struct board * driver revision b1struct card * type b1struct reserved b1struct * serial number b1struct driver * capability b1struct d-channel * protocol b1struct CAPI-2.0 * profile b1struct capi version */ #define RECEIVE_MESSAGE 0x21 /* * <- after SEND_MESSAGE int32 * AppllID int32 Length capi-data * .... */ #define RECEIVE_DATA_B3_IND 0x22 /* * received data int32 AppllID * int32 Length capi-data ... * int32 B3Length data ... */ #define RECEIVE_START 0x23 /* * Handshake */ #define RECEIVE_STOP 0x24 /* * Handshake */ #define RECEIVE_NEW_NCCI 0x25 /* * int32 AppllID int32 NCCI int32 * WindowSize */ #define RECEIVE_FREE_NCCI 0x26 /* * int32 AppllID int32 NCCI */ #define RECEIVE_RELEASE 0x26 /* * int32 AppllID int32 0xffffffff */ #define RECEIVE_TASK_READY 0x31 /* * int32 tasknr * int32 Length Taskname ... */ #define RECEIVE_DEBUGMSG 0x71 /* * int32 Length message * */ #define RECEIVE_POLLDWORD 0x75 /* t1pci in dword mode */ #define WRITE_REGISTER 0x00 #define READ_REGISTER 0x01 /* * port offsets */ #define B1_READ 0x00 #define B1_WRITE 0x01 #define B1_INSTAT 0x02 #define B1_OUTSTAT 0x03 #define B1_ANALYSE 0x04 #define B1_REVISION 0x05 #define B1_RESET 0x10 #define B1_STAT0(cardtype) ((cardtype) == avm_m1 ? 0x81200000l : 0x80A00000l) #define B1_STAT1(cardtype) (0x80E00000l) /* ---------------------------------------------------------------- */ static inline unsigned char b1outp(unsigned int base, unsigned short offset, unsigned char value) { outb(value, base + offset); return inb(base + B1_ANALYSE); } static inline int b1_rx_full(unsigned int base) { return inb(base + B1_INSTAT) & 0x1; } static inline unsigned char b1_get_byte(unsigned int base) { unsigned long stop = jiffies + 1 * HZ; /* maximum wait time 1 sec */ while (!b1_rx_full(base) && time_before(jiffies, stop)); if (b1_rx_full(base)) return inb(base + B1_READ); printk(KERN_CRIT "b1lli(0x%x): rx not full after 1 second\n", base); return 0; } static inline unsigned int b1_get_word(unsigned int base) { unsigned int val = 0; val |= b1_get_byte(base); val |= (b1_get_byte(base) << 8); val |= (b1_get_byte(base) << 16); val |= (b1_get_byte(base) << 24); return val; } static inline int b1_tx_empty(unsigned int base) { return inb(base + B1_OUTSTAT) & 0x1; } static inline void b1_put_byte(unsigned int base, unsigned char val) { while (!b1_tx_empty(base)); b1outp(base, B1_WRITE, val); } static inline int b1_save_put_byte(unsigned int base, unsigned char val) { unsigned long stop = jiffies + 2 * HZ; while (!b1_tx_empty(base) && time_before(jiffies,stop)); if (!b1_tx_empty(base)) return -1; b1outp(base, B1_WRITE, val); return 0; } static inline void b1_put_word(unsigned int base, unsigned int val) { b1_put_byte(base, val & 0xff); b1_put_byte(base, (val >> 8) & 0xff); b1_put_byte(base, (val >> 16) & 0xff); b1_put_byte(base, (val >> 24) & 0xff); } static inline unsigned int b1_get_slice(unsigned int base, unsigned char *dp) { unsigned int len, i; len = i = b1_get_word(base); while (i-- > 0) *dp++ = b1_get_byte(base); return len; } static inline void b1_put_slice(unsigned int base, unsigned char *dp, unsigned int len) { unsigned i = len; b1_put_word(base, i); while (i-- > 0) b1_put_byte(base, *dp++); } static void b1_wr_reg(unsigned int base, unsigned int reg, unsigned int value) { b1_put_byte(base, WRITE_REGISTER); b1_put_word(base, reg); b1_put_word(base, value); } static inline unsigned int b1_rd_reg(unsigned int base, unsigned int reg) { b1_put_byte(base, READ_REGISTER); b1_put_word(base, reg); return b1_get_word(base); } static inline void b1_reset(unsigned int base) { b1outp(base, B1_RESET, 0); mdelay(55 * 2); /* 2 TIC's */ b1outp(base, B1_RESET, 1); mdelay(55 * 2); /* 2 TIC's */ b1outp(base, B1_RESET, 0); mdelay(55 * 2); /* 2 TIC's */ } static inline unsigned char b1_disable_irq(unsigned int base) { return b1outp(base, B1_INSTAT, 0x00); } /* ---------------------------------------------------------------- */ static inline void b1_set_test_bit(unsigned int base, enum avmcardtype cardtype, int onoff) { b1_wr_reg(base, B1_STAT0(cardtype), onoff ? 0x21 : 0x20); } static inline int b1_get_test_bit(unsigned int base, enum avmcardtype cardtype) { return (b1_rd_reg(base, B1_STAT0(cardtype)) & 0x01) != 0; } /* ---------------------------------------------------------------- */ #define T1_FASTLINK 0x00 #define T1_SLOWLINK 0x08 #define T1_READ B1_READ #define T1_WRITE B1_WRITE #define T1_INSTAT B1_INSTAT #define T1_OUTSTAT B1_OUTSTAT #define T1_IRQENABLE 0x05 #define T1_FIFOSTAT 0x06 #define T1_RESETLINK 0x10 #define T1_ANALYSE 0x11 #define T1_IRQMASTER 0x12 #define T1_IDENT 0x17 #define T1_RESETBOARD 0x1f #define T1F_IREADY 0x01 #define T1F_IHALF 0x02 #define T1F_IFULL 0x04 #define T1F_IEMPTY 0x08 #define T1F_IFLAGS 0xF0 #define T1F_OREADY 0x10 #define T1F_OHALF 0x20 #define T1F_OEMPTY 0x40 #define T1F_OFULL 0x80 #define T1F_OFLAGS 0xF0 /* there are HEMA cards with 1k and 4k FIFO out */ #define FIFO_OUTBSIZE 256 #define FIFO_INPBSIZE 512 #define HEMA_VERSION_ID 0 #define HEMA_PAL_ID 0 static inline void t1outp(unsigned int base, unsigned short offset, unsigned char value) { outb(value, base + offset); } static inline unsigned char t1inp(unsigned int base, unsigned short offset) { return inb(base + offset); } static inline int t1_isfastlink(unsigned int base) { return (inb(base + T1_IDENT) & ~0x82) == 1; } static inline unsigned char t1_fifostatus(unsigned int base) { return inb(base + T1_FIFOSTAT); } static inline unsigned int t1_get_slice(unsigned int base, unsigned char *dp) { unsigned int len, i; #ifdef FASTLINK_DEBUG unsigned wcnt = 0, bcnt = 0; #endif len = i = b1_get_word(base); if (t1_isfastlink(base)) { int status; while (i > 0) { status = t1_fifostatus(base) & (T1F_IREADY|T1F_IHALF); if (i >= FIFO_INPBSIZE) status |= T1F_IFULL; switch (status) { case T1F_IREADY|T1F_IHALF|T1F_IFULL: insb(base+B1_READ, dp, FIFO_INPBSIZE); dp += FIFO_INPBSIZE; i -= FIFO_INPBSIZE; #ifdef FASTLINK_DEBUG wcnt += FIFO_INPBSIZE; #endif break; case T1F_IREADY|T1F_IHALF: insb(base+B1_READ,dp, i); #ifdef FASTLINK_DEBUG wcnt += i; #endif dp += i; i = 0; if (i == 0) break; /* fall through */ default: *dp++ = b1_get_byte(base); i--; #ifdef FASTLINK_DEBUG bcnt++; #endif break; } } #ifdef FASTLINK_DEBUG if (wcnt) printk(KERN_DEBUG "b1lli(0x%x): get_slice l=%d w=%d b=%d\n", base, len, wcnt, bcnt); #endif } else { while (i-- > 0) *dp++ = b1_get_byte(base); } return len; } static inline void t1_put_slice(unsigned int base, unsigned char *dp, unsigned int len) { unsigned i = len; b1_put_word(base, i); if (t1_isfastlink(base)) { int status; while (i > 0) { status = t1_fifostatus(base) & (T1F_OREADY|T1F_OHALF); if (i >= FIFO_OUTBSIZE) status |= T1F_OEMPTY; switch (status) { case T1F_OREADY|T1F_OHALF|T1F_OEMPTY: outsb(base+B1_WRITE, dp, FIFO_OUTBSIZE); dp += FIFO_OUTBSIZE; i -= FIFO_OUTBSIZE; break; case T1F_OREADY|T1F_OHALF: outsb(base+B1_WRITE, dp, i); dp += i; i = 0; break; default: b1_put_byte(base, *dp++); i--; break; } } } else { while (i-- > 0) b1_put_byte(base, *dp++); } } static inline void t1_disable_irq(unsigned int base) { t1outp(base, T1_IRQMASTER, 0x00); } static inline void t1_reset(unsigned int base) { /* reset T1 Controller */ b1_reset(base); /* disable irq on HEMA */ t1outp(base, B1_INSTAT, 0x00); t1outp(base, B1_OUTSTAT, 0x00); t1outp(base, T1_IRQMASTER, 0x00); /* reset HEMA board configuration */ t1outp(base, T1_RESETBOARD, 0xf); } static inline void b1_setinterrupt(unsigned int base, unsigned irq, enum avmcardtype cardtype) { switch (cardtype) { case avm_t1isa: t1outp(base, B1_INSTAT, 0x00); t1outp(base, B1_INSTAT, 0x02); t1outp(base, T1_IRQMASTER, 0x08); break; case avm_b1isa: b1outp(base, B1_INSTAT, 0x00); b1outp(base, B1_RESET, b1_irq_table[irq]); b1outp(base, B1_INSTAT, 0x02); break; default: case avm_m1: case avm_m2: case avm_b1pci: b1outp(base, B1_INSTAT, 0x00); b1outp(base, B1_RESET, 0xf0); b1outp(base, B1_INSTAT, 0x02); break; case avm_c4: case avm_t1pci: b1outp(base, B1_RESET, 0xf0); break; } } /* b1.c */ int b1_detect(unsigned int base, enum avmcardtype cardtype); void b1_getrevision(avmcard *card); int b1_load_t4file(avmcard *card, capiloaddatapart * t4file); int b1_load_config(avmcard *card, capiloaddatapart * config); int b1_loaded(avmcard *card); int b1_load_firmware(struct capi_ctr *ctrl, capiloaddata *data); void b1_reset_ctr(struct capi_ctr *ctrl); void b1_register_appl(struct capi_ctr *ctrl, __u16 appl, capi_register_params *rp); void b1_release_appl(struct capi_ctr *ctrl, __u16 appl); void b1_send_message(struct capi_ctr *ctrl, struct sk_buff *skb); void b1_parse_version(avmctrl_info *card); void b1_handle_interrupt(avmcard * card); int b1ctl_read_proc(char *page, char **start, off_t off, int count, int *eof, struct capi_ctr *ctrl); /* b1dma.c */ int b1pciv4_detect(avmcard *card); int t1pci_detect(avmcard *card); void b1dma_reset(avmcard *card); void b1dma_interrupt(int interrupt, void *devptr, struct pt_regs *regs); int b1dma_load_firmware(struct capi_ctr *ctrl, capiloaddata *data); void b1dma_reset_ctr(struct capi_ctr *ctrl); void b1dma_remove_ctr(struct capi_ctr *ctrl); void b1dma_register_appl(struct capi_ctr *ctrl, __u16 appl, capi_register_params *rp); void b1dma_release_appl(struct capi_ctr *ctrl, __u16 appl); void b1dma_send_message(struct capi_ctr *ctrl, struct sk_buff *skb); int b1dmactl_read_proc(char *page, char **start, off_t off, int count, int *eof, struct capi_ctr *ctrl); #endif /* _AVMCARD_H_ */