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/* b5500_defs.h: Burroughs 5500 simulator definitions
Copyright (c) 2016, Richard Cornwell
Permission is hereby granted, free of charge, to any person obtaining a
copy of this software and associated documentation files (the "Software"),
to deal in the Software without restriction, including without limitation
the rights to use, copy, modify, merge, publish, distribute, sublicense,
and/or sell copies of the Software, and to permit persons to whom the
Software is furnished to do so, subject to the following conditions:
The above copyright notice and this permission notice shall be included in
all copies or substantial portions of the Software.
THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL
RICHARD CORNWELL BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER
IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN
CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
*/
#ifndef _B5500_H_
#define _B5500_H_
#include "sim_defs.h" /* simulator defns */
/* Definitions for each supported CPU */
#define NUM_DEVS_CDR 2
#define NUM_DEVS_CDP 1
#define NUM_DEVS_LPR 2
#define NUM_DEVS_CON 1
#define NUM_DEVS_DR 2
#define NUM_DEVS_MT 16
#define NUM_DEVS_DSK 2
#define NUM_DEVS_DTC 1
#define NUM_CHAN 4
#define MAXMEMSIZE 32768
#define CHARSPERWORD 8
extern t_uint64 M[]; /* Main Memory */
extern uint16 IAR; /* Interrupt pending register */
extern uint32 iostatus; /* Active device status register */
extern uint8 loading; /* System booting flag */
/* Memory */
#define MEMSIZE (cpu_unit[0].capac) /* actual memory size */
#define MEMMASK (MEMSIZE - 1) /* Memory bits */
/* Debuging controls */
#define DEBUG_CHAN 0x0000001 /* Show channel fetchs */
#define DEBUG_TRAP 0x0000002 /* Show CPU Traps */
#define DEBUG_CMD 0x0000004 /* Show device commands */
#define DEBUG_DATA 0x0000008 /* Show data transfers */
#define DEBUG_DETAIL 0x0000010 /* Show details */
#define DEBUG_EXP 0x0000020 /* Show error conditions */
#define DEBUG_SNS 0x0000040 /* Shows sense data for 7909 devs */
#define DEBUG_CTSS 0x0000080 /* Shows CTSS specail instructions */
#define DEBUG_PROT 0x0000100 /* Protection traps */
extern DEBTAB dev_debug[];
/* Returns from device commands */
#define SCPE_BUSY (1) /* Device is active */
#define SCPE_NODEV (2) /* No device exists */
/* Symbol tables */
typedef struct _opcode
{
uint16 op;
uint8 type;
char *name;
}
t_opcode;
/* I/O Command codes */
#define IO_RDS 1 /* Read record */
#define IO_BSR 2 /* Backspace one record */
#define IO_BSF 3 /* Backspace one file */
#define IO_WRS 4 /* Write one record */
#define IO_WEF 5 /* Write eof */
#define IO_REW 6 /* Rewind */
#define IO_DRS 7 /* Set unit offline */
#define IO_SDL 8 /* Set density low */
#define IO_SDH 9 /* Set density high */
#define IO_RUN 10 /* Rewind and unload unit */
#define IO_TRS 11 /* Check it unit ready */
#define IO_CTL 12 /* Io control device specific */
#define IO_RDB 13 /* Read backwards */
#define IO_SKR 14 /* Skip record forward */
#define IO_ERG 15 /* Erase next records from tape */
t_stat chan_reset(DEVICE *);
t_stat chan_boot(t_uint64);
int find_chan();
void chan_release(int);
void start_io();
void chan_set_end(int) ;
void chan_set_parity(int) ;
void chan_set_eof(int) ;
void chan_set_read(int) ;
void chan_set_wcflg(int) ;
void chan_set_gm(int) ;
void chan_set_error(int) ;
void chan_set_notrdy(int) ;
void chan_set_bot(int) ;
void chan_set_eot(int) ;
void chan_set_wrp(int) ;
void chan_set_blank(int) ;
void chan_set_wc(int, uint16);
int chan_write_char(int, uint8 *, int) ;
int chan_read_char(int, uint8 *, int) ;
int chan_read_disk(int, uint8 *, int) ;
int chan_write_drum(int, uint8 *, int) ;
int chan_read_drum(int, uint8 *, int) ;
extern uint8 parity_table[64];
extern uint8 mem_to_ascii[64];
extern const char con_to_ascii[64];
extern const char ascii_to_con[128];
extern t_stat fprint_sym(FILE *, t_addr, t_value *, UNIT *, int32);
extern int32 tmxr_poll;
/* Generic devices common to all */
extern DEVICE cpu_dev;
extern UNIT cpu_unit[];
extern REG cpu_reg[];
extern DEVICE chan_dev;
/* Global device definitions */
#if (NUM_DEVS_CDR > 0) | (NUM_DEVS_CDP > 0)
extern DEVICE cdr_dev;
extern t_stat card_cmd(uint16, uint16, uint8, uint16 *);
#endif
#if (NUM_DEVS_CDP > 0)
extern DEVICE cdp_dev;
#endif
#if (NUM_DEVS_LPR > 0)
extern DEVICE lpr_dev;
extern t_stat lpr_cmd(uint16, uint16, uint8, uint16 *);
#endif
#if (NUM_DEVS_CON > 0)
extern DEVICE con_dev;
extern t_stat con_cmd(uint16, uint16, uint8, uint16 *);
#endif
#if (NUM_DEVS_DTC > 0)
extern DEVICE dtc_dev;
extern t_stat dtc_cmd(uint16, uint16, uint8, uint16 *);
#endif
#if (NUM_DEVS_DR > 0)
extern DEVICE drm_dev;
extern t_stat drm_cmd(uint16, uint16, uint8, uint16 *, uint8);
#endif
#if (NUM_DEVS_DSK > 0)
extern DEVICE dsk_dev;
extern t_stat dsk_cmd(uint16, uint16, uint8, uint16 *);
extern DEVICE esu_dev;
#endif
#if (NUM_DEVS_MT > 0)
extern DEVICE mt_dev;
extern t_stat mt_cmd(uint16, uint16, uint8, uint16 *);
#endif /* NUM_DEVS_MT */
/* Character codes */
#define CHR_ABLANK 000
#define CHR_MARK CHR_ABLANK
#define CHR_1 001
#define CHR_2 002
#define CHR_3 003
#define CHR_4 004
#define CHR_5 005
#define CHR_6 006
#define CHR_7 007
#define CHR_8 010
#define CHR_9 011
#define CHR_0 012
#define CHR_EQ 013
#define CHR_QUOT 014 /* Also @ */
#define CHR_COL 015
#define CHR_GT 016
#define CHR_TRM 017
#define CHR_BLANK 020
#define CHR_SLSH 021
#define CHR_S 022
#define CHR_T 023
#define CHR_U 024
#define CHR_V 025
#define CHR_W 026
#define CHR_X 027
#define CHR_Y 030
#define CHR_Z 031
#define CHR_RM 032
#define CHR_COM 033
#define CHR_RPARN 034 /* Also % */
#define CHR_WM 035
#define CHR_BSLSH 036
#define CHR_UND 037
#define CHR_MINUS 040
#define CHR_J 041
#define CHR_K 042
#define CHR_L 043
#define CHR_M 044
#define CHR_N 045
#define CHR_O 046
#define CHR_P 047
#define CHR_Q 050
#define CHR_R 051
#define CHR_EXPL 052
#define CHR_DOL 053
#define CHR_STAR 054
#define CHR_LBRK 055
#define CHR_SEMI 056
#define CHR_CART 057
#define CHR_PLUS 060
#define CHR_A 061
#define CHR_B 062
#define CHR_C 063
#define CHR_D 064
#define CHR_E 065
#define CHR_F 066
#define CHR_G 067
#define CHR_H 070
#define CHR_I 071
#define CHR_QUEST 072
#define CHR_DOT 073
#define CHR_LPARN 074 /* Also Square */
#define CHR_RBRAK 075
#define CHR_LESS 076
#define CHR_GM 077
/* Word mode opcodes */
#define WMOP_LITC 00000 /* Load literal */
#define WMOP_OPDC 00002 /* Load operand */
#define WMOP_DESC 00003 /* Load Descriptor */
#define WMOP_OPR 00001 /* Operator */
#define WMOP_DEL 00065 /* Delete top of stack */
#define WMOP_NOP 00055 /* Nop operation */
#define WMOP_XRT 00061 /* Set Variant */
#define WMOP_ADD 00101 /* Add */
#define WMOP_DLA 00105 /* Double Precision Add */
#define WMOP_PRL 00111 /* Program Release */
#define WMOP_LNG 00115 /* Logical Negate */
#define WMOP_CID 00121 /* Conditional Integer Store Destructive */
#define WMOP_GEQ 00125 /* WMOP_B greater than or equal to A */
#define WMOP_BBC 00131 /* Branch Backward Conditional */
#define WMOP_BRT 00135 /* Branch Return */
#define WMOP_INX 00141 /* Index */
#define WMOP_ITI 00211 /* Interrogate interrupt */
#define WMOP_LOR 00215 /* Logical Or */
#define WMOP_CIN 00221 /* Conditional Integer Store non-destructive */
#define WMOP_GTR 00225 /* B Greater than A */
#define WMOP_BFC 00231 /* Branch Forward Conditional */
#define WMOP_RTN 00235 /* Return normal */
#define WMOP_COC 00241 /* Construct Operand Call */
#define WMOP_SUB 00301 /* Subtract */
#define WMOP_DLS 00305 /* WMOP_Double Precision Subtract */
#define WMOP_MUL 00401 /* Multiply */
#define WMOP_DLM 00405 /* Double Precision Multiply */
#define WMOP_RTR 00411 /* Read Timer */
#define WMOP_LND 00415 /* Logical And */
#define WMOP_STD 00421 /* B Store Destructive */
#define WMOP_NEQ 00425 /* B Not equal to A */
#define WMOP_SSN 00431 /* Set Sign Bit */
#define WMOP_XIT 00435 /* Exit */
#define WMOP_MKS 00441 /* Mark Stack */
#define WMOP_DIV 01001 /* Divide */
#define WMOP_DLD 01005 /* Double Precision Divide */
#define WMOP_COM 01011 /* Communication operator */
#define WMOP_LQV 01015 /* Logical Equivalence */
#define WMOP_SND 01021 /* B Store Non-destructive */
#define WMOP_XCH 01025 /* Exchange */
#define WMOP_CHS 01031 /* Change sign bit */
#define WMOP_RTS 01235 /* Return Special */
#define WMOP_CDC 01241 /* Construct descriptor call */
#define WMOP_FTC 01425 /* Transfer F Field to Core Field */
#define WMOP_MOP 02015 /* Reset Flag bit */
#define WMOP_LOD 02021 /* Load */
#define WMOP_DUP 02025 /* Duplicate */
#define WMOP_TOP 02031 /* Test Flag Bit */
#define WMOP_IOR 02111 /* I/O Release */
#define WMOP_LBC 02131 /* Word Branch Backward Conditional */
#define WMOP_SSF 02141 /* Set or Store S or F registers */
#define WMOP_HP2 02211 /* Halt P2 */
#define WMOP_LFC 02231 /* Word Branch Forward Conditional */
#define WMOP_ZP1 02411 /* Conditional Halt */
#define WMOP_TUS 02431 /* Interrogate Peripheral Status */
#define WMOP_LLL 02541 /* Link List Look-up */
#define WMOP_IDV 03001 /* Integer Divide Integer */
#define WMOP_SFI 03011 /* Store for Interrupt */
#define WMOP_SFT 03411 /* Store for Test */
#define WMOP_FTF 03425 /* Transfer F Field to F Field */
#define WMOP_MDS 04015 /* Set Flag Bit */
#define WMOP_IP1 04111 /* Initiate P1 */
#define WMOP_ISD 04121 /* Interger Store Destructive */
#define WMOP_LEQ 04125 /* B Less Than or Equal to A */
#define WMOP_BBW 04131 /* Banch Backward Conditional */
#define WMOP_IP2 04211 /* Initiate P2 */
#define WMOP_ISN 04221 /* Integer Store Non-Destructive */
#define WMOP_LSS 04225 /* B Less Than A */
#define WMOP_BFW 04231 /* Branch Forward Unconditional */
#define WMOP_IIO 04411 /* Initiate I/O */
#define WMOP_EQL 04425 /* B Equal A */
#define WMOP_SSP 04431 /* Reset Sign Bit */
#define WMOP_CMN 04441 /* Enter Character Mode In Line */
#define WMOP_IFT 05111 /* Test Initiate */
#define WMOP_CTC 05425 /* Transfer Core Field to Core Field */
#define WMOP_LBU 06131 /* Word Branch Backward Unconditional */
#define WMOP_LFU 06231 /* Word Branch Forward Unconditional */
#define WMOP_TIO 06431 /* Interrogate I/O Channels */
#define WMOP_RDV 07001 /* Remainder Divide */
#define WMOP_FBS 07031 /* Flag Bit Search */
#define WMOP_CTF 07425 /* Transfer Core Field to F Field */
#define WMOP_ISO 00045 /* Variable Field Isolate XX */
#define WMOP_CBD 00351 /* Non-Zero Field Branch Backward Destructive Xy */
#define WMOP_CBN 00151 /* Non-Zero Field Branch Backward Non-Destructive Xy */
#define WMOP_CFD 00251 /* Non-Zero Field Branch Forward Destructive Xy */
#define WMOP_CFN 00051 /* Non-Zero Field Branch Forward Non-Destructive Xy */
#define WMOP_DIA 00055 /* Dial A XX */
#define WMOP_DIB 00061 /* Dial B XX Upper 6 not Zero */
#define WMOP_TRB 00065 /* Transfer Bits XX */
#define WMOP_FCL 00071 /* Compare Field Low XX */
#define WMOP_FCE 00075 /* Compare Field Equal XX */
/* Character Mode */
#define CMOP_EXC 00000 /* CMOP_Exit Character Mode */
#define CMOP_CMX 00100 /* Exit Character Mode In Line */
#define CMOP_BSD 00002 /* Skip Bit Destiniation */
#define CMOP_BSS 00003 /* SKip Bit Source */
#define CMOP_RDA 00004 /* Recall Destination Address */
#define CMOP_TRW 00005 /* Transfer Words */
#define CMOP_SED 00006 /* Set Destination Address */
#define CMOP_TDA 00007 /* Transfer Destination Address */
#define CMOP_TBN 00012 /* Transfer Blanks for Non-Numerics */
#define CMOP_SDA 00014 /* Store Destination Address */
#define CMOP_SSA 00015 /* Store Source Address */
#define CMOP_SFD 00016 /* Skip Forward Destination */
#define CMOP_SRD 00017 /* Skip Reverse Destination */
#define CMOP_SES 00022 /* Set Source Address */
#define CMOP_TEQ 00024 /* Test for Equal */
#define CMOP_TNE 00025 /* Test for Not-Equal */
#define CMOP_TEG 00026 /* Test for Greater Or Equal */
#define CMOP_TGR 00027 /* Test For Greater */
#define CMOP_SRS 00030 /* Skip Reverse Source */
#define CMOP_SFS 00031 /* Skip Forward Source */
#define CMOP_TEL 00034 /* Test For Equal or Less */
#define CMOP_TLS 00035 /* Test For Less */
#define CMOP_TAN 00036 /* Test for Alphanumeric */
#define CMOP_BIT 00037 /* Test Bit */
#define CMOP_INC 00040 /* Increase Tally */
#define CMOP_STC 00041 /* Store Tally */
#define CMOP_SEC 00042 /* Set Tally */
#define CMOP_CRF 00043 /* Call repeat Field */
#define CMOP_JNC 00044 /* Jump Out Of Loop Conditional */
#define CMOP_JFC 00045 /* Jump Forward Conditional */
#define CMOP_JNS 00046 /* Jump out of loop unconditional */
#define CMOP_JFW 00047 /* Jump Forward Unconditional */
#define CMOP_RCA 00050 /* Recall Control Address */
#define CMOP_ENS 00051 /* End Loop */
#define CMOP_BNS 00052 /* Begin Loop */
#define CMOP_RSA 00053 /* Recall Source Address */
#define CMOP_SCA 00054 /* Store Control Address */
#define CMOP_JRC 00055 /* Jump Reverse Conditional */
#define CMOP_TSA 00056 /* Transfer Source Address */
#define CMOP_JRV 00057 /* Jump Reverse Unconditional */
#define CMOP_CEQ 00060 /* Compare Equal */
#define CMOP_CNE 00061 /* COmpare for Not Equal */
#define CMOP_CEG 00062 /* Compare For Greater Or Equal */
#define CMOP_CGR 00063 /* Compare For Greater */
#define CMOP_BIS 00064 /* Set Bit */
#define CMOP_BIR 00065 /* Reet Bit */
#define CMOP_OCV 00066 /* Output Convert */
#define CMOP_ICV 00067 /* Input Convert */
#define CMOP_CEL 00070 /* Compare For Equal or Less */
#define CMOP_CLS 00071 /* Compare for Less */
#define CMOP_FSU 00072 /* Field Subtract */
#define CMOP_FAD 00073 /* Field Add */
#define CMOP_TRP 00074 /* Transfer Program Characters */
#define CMOP_TRN 00075 /* Transfer Numeric */
#define CMOP_TRZ 00076 /* Transfer Zones */
#define CMOP_TRS 00077 /* Transfer Source Characters */
/* Error codes for Q */ /* P1 P2 */
#define MEM_PARITY 00001 /* 060 040 */
#define INVALID_ADDR 00002 /* 061 041 */
#define STK_OVERFL 00004 /* 062 042 */
#define COM_OPR 00040 /* 064 +00 044 */
#define PROG_REL 00050 /* 065 +01 045 */
#define CONT_BIT 00060 /* 066 +02 046 */
#define PRES_BIT 00070 /* 067 +03 047 */
#define FLAG_BIT 00100 /* 070 +04 050 */
#define INDEX_ERROR 00110 /* 071 +05 051 */
#define EXPO_UNDER 00120 /* 072 +06 052 */
#define EXPO_OVER 00130 /* 073 +07 053 */
#define INT_OVER 00140 /* 074 +10 054 */
#define DIV_ZERO 00150 /* 075 +11 055 */
/* Addresses for Interrupts */
#define INTER_TIME 022
#define IO_BUSY 023
#define KEY_REQ 024
#define PRT1_FINISH 025
#define PRT2_FINISH 026
#define IO1_FINISH 027
#define IO2_FINISH 030
#define IO3_FINISH 031
#define IO4_FINISH 032
#define INQ_REQ 033
#define SPEC_IRQ1 035
#define DSK1_RDCHK 036
#define DSK2_RDCHK 037
#define PARITY_ERR 060
#define INVADR_ERR 061
#define STK_OVR_LOC 062
#define COM_OPR_LOC 064
#define PROG_REL_LOC 065
#define CONT_BIT_LOC 066
#define PRES_BIT_LOC 067
#define FLAG_BIT_LOC 070
#define INDEX_BIT_LOC 071
#define EXP_UND_LOC 072
#define EXP_OVR_LOC 073
#define INT_OVR_LOC 074
#define DIV_ZER_LOC 075
#define PARITY_ERR2 040
#define INVADR_ERR2 041
#define STK_OVR_LOC2 042
#define COM_OPR_LOC2 044
#define PROG_REL_LOC2 045
#define CONT_BIT_LOC2 046
#define PRES_BIT_LOC2 047
#define FLAG_BIT_LOC2 050
#define INDEX_BIT_LOC2 051
#define EXP_UND_LOC2 052
#define EXP_OVR_LOC2 053
#define INT_OVR_LOC2 054
#define DIV_ZER_LOC2 055
/* IAR BITS */
#define IAR6 040 /* Set if IRQ from Q */
#define IAR5 020 /* Set if IRQ from P1 */
#define IAR4 010 /* Q bit 3 */
#define IAR3 004 /* Q bit 4 */
#define IAR2 002 /* Q bit 5 */
#define IAR1 001 /* Q bit 6 or Q bit 2 */
#define IAR0 000 /* Q bit 7 or Q bit 1 */
#define IRQ_0 000001 /* Interval Timer */
#define IRQ_1 000002 /* I/O Busy */
#define IRQ_2 000004 /* Keyboard Request */
#define IRQ_3 000010 /* Printer 1 Finished */
#define IRQ_4 000020 /* Printer 2 Finished */
#define IRQ_5 000040 /* I/O Finish 1 */
#define IRQ_6 000100 /* I/O Finish 2 */
#define IRQ_7 000200 /* I/O Finish 3 */
#define IRQ_10 000400 /* I/O Finish 4 */
#define IRQ_11 001000 /* P2 Busy */
#define IRQ_12 002000 /* Inquiry Request */
#define IRQ_13 004000 /* Special IRQ 1 */
#define IRQ_14 010000 /* Disk Read Check 1 */
#define IRQ_15 020000 /* Disk Read Check 2 */
/* Masks */
#define FLAG 04000000000000000LL /* Operand Flag */
#define FWORD 03777777777777777LL /* Full word mask */
#define MSIGN 02000000000000000LL /* Operator Word */
#define ESIGN 01000000000000000LL
#define EXPO 00770000000000000LL
#define EXPO_V 39
#define MANT 00007777777777777LL
#define NORM 00007000000000000LL
#define ROUND 00004000000000000LL
#define PRESENT 01000000000000000LL /* Oprand Type */
#define DFLAG 02000000000000000LL /* Descriptor */
#define WCOUNT 00017770000000000LL
#define WCOUNT_V 30
#define INTEGR 00000002000000000LL
#define CONTIN 00000001000000000LL
#define CORE 00000000000077777LL
#define RFIELD 00077700000000000LL /* Mark Stack Control Word */
#define RFIELD_V 27 /* Shift off by 6 bits */
#define SMSFF 00000020000000000LL
#define SSALF 00000010000000000LL
#define SVARF 00000000100000000LL
#define SCWMF 00000000000100000LL
#define FFIELD 00000007777700000LL
#define FFIELD_V 15
#define REPFLD 00000770000000000LL
#define REPFLD_V 30
#define MODEF 00200000000000000LL /* Program Descriptor +FFIELD and CORE */
#define ARGF 00100000000000000LL
#define PROGF 00400000000000000LL
#define RGH 00340700000000000LL /* Return Control Word +FFIELD and CORE */
#define RGH_V 33
#define RKV 00034070000000000LL
#define RKV_V 30
#define RL 00003000000000000LL /* Save L register */
#define RL_V 36
#define LMASK 00000000007777777LL
#define HMASK 00007777770000000LL
#define DEV_DRUM_RD 01000000000000000LL
#define DEVMASK 00760000000000000LL
#define D_MASK 00777777777777777LL
#define DEV_V 40
#define DEV_WC 00017770000000000LL
#define DEV_WC_V 30
#define DEV_CMD 00000007777700000LL
#define DEV_CMD_V 15
#define DEV_INHTRF 00000004000000000LL
#define DEV_XXX 00000002000000000LL
#define DEV_XXY 00000001000000000LL
#define DEV_BIN 00000000400000000LL
#define DEV_BACK 00000000200000000LL
#define DEV_WCFLG 00000000100000000LL
#define DEV_IORD 00000000040000000LL
#define DEV_OPT 00000000007700000LL /* Print Space, Disk Segments */
#define CORE 00000000000077777LL
#define DEV_BUSY 00000000000100000LL /* D16 */
#define DEV_MEMPAR 00000000000200000LL /* D17 */
#define DEV_NOTRDY 00000000000400000LL /* D18 */
#define DEV_PARITY 00000000001000000LL /* D19 */
#define DEV_ERROR 00000000002000000LL /* D20 */
#define DEV_EOF 00000000004000000LL /* D21 */
#define DEV_MEMERR 00000000010000000LL /* D22 */
#define DEV_RESULT 00000000037700000LL
#define DEV_EOT 01000100001000000LL
#define DEV_BOT 01000200001000000LL
#define DEV_BLANK 01000400001000000LL
#define DRUM1_DEV 004 /* 00100 (4) */
#define DSK1_DEV 006 /* 00110 (6) */
#define DRUM2_DEV 010 /* 01000 (8) */
#define CARD1_DEV 012 /* 01010 (10) */
#define DSK2_DEV 014 /* 01100 (12) */
#define CARD2_DEV 016 /* 01110 (14) */
#define DTC_DEV 020 /* 10000 (16) */
#define PT1_DEV 022 /* 10010 (20) */
#define PT2_DEV 024 /* 10100 (22) */
#define PRT1_DEV 026 /* 10110 (24) */
#define PRT2_DEV 032 /* 11010 (26) */
#define SPO_DEV 036 /* 11110 (30) */
#define DRUM1_FLAG 00000000000200000LL
#define DRUM2_FLAG 00000000000400000LL
#define DSK1_FLAG 00000000001000000LL
#define DSK2_FLAG 00000000002000000LL
#define PRT1_FLAG 00000000004000000LL
#define PRT2_FLAG 00000000010000000LL
#define PUNCH_FLAG 00000000020000000LL
#define CARD1_FLAG 00000000040000000LL
#define CARD2_FLAG 00000000100000000LL
#define SPO_FLAG 00000000200000000LL
#define PTP1_FLAG 00000000400000000LL
#define PTR1_FLAG 00000001000000000LL
#define PTR2_FLAG 00000002000000000LL
#define PTP2_FLAG 00000004000000000LL
#define DTC_FLAG 00000010000000000LL
#endif /* _B5500_H_ */