;.Z80
;#INCLUDE "ALLVARS.ASH"
CI_INIT: JP _CI_INIT
CI_IN: JP _CI_
;//CI_OUT
CI_IOCTL: JP _IOCTL
; include kb_sh.a80;#INCLUDE "KB_SH.INC"
;// TEMPORARY
;EXTRN KB_ENCODE,KB_INIT,KB_SCAN,KB_GET_SHIFTS,KB_SET_RUS
;// END OF TEMPORARY
_CI_INIT: XOR A
LD (KS_UND),A
LD (KS_UND+1),A
LD (KS_UNDS),A
LD (KS_UNDS1),A
JP K_INIT
CI_CVT: LD D,A
BIT _KS_ALT,E
SCF
RET NZ
CIC_2: LD D,A
BIT 7,A
JR Z,CIC_1
RES 7,D
XOR A
CALL CI_ENC1
CIC_21: INC L
JR Z,CIC_2
JR CIC_RETA
CIC_1: LD HL,CIC_TBL-1
LD B,-1
CIC_L1: INC HL
INC B
CP (HL)
INC HL
JR C,CIC_L1
CP (HL)
JR NC,CIC_L1
LD C,0
BIT _KS_CTRL,E
LD A,3
JR NZ,CIC_ST
BIT _KS_RUS,E
JR Z,CIC_S1
LD C,4
CIC_S1: BIT _KS_SHFT,E
LD A,1
JR NZ,CIC_ST
INC A
BIT _KS_SHFT2,E
JR NZ,CIC_ST
XOR A
CIC_ST: OR C
ADD A,A
ADD A,A
ADD A,A
ADD A,A
OR B
CP 32H
JR NZ,CIC_CTRL
LD A,1FH
AND D
RET
CIC_DOL_: LD A,D
BIT _KS_CAPS,E
RET Z
CIC_DOS: ADD A,20H
RET
CIC_DOS_: LD A,D
BIT _KS_CAPS,E
RET NZ
JR CIC_DOS
CIC_RET: LD A,D
CIC_RETA: OR A
RET NZ
SCF
RET
CIC_ENC: CALL CI_ENC
INC L
JR NZ,CIC_RETA
JR CIC_2
CIC_CTRL: CP 02H
JR Z,CIC_DOL_
CP 12H
JR Z,CIC_DOS_
LD HL,CIC_TBL1
LD BC,CIC_TBL1S
CPIR
JR NZ,CIC_RET
LD A,C
CP 8
JR C,CIC_TRY
CIC_3: CALL CI_ENC
JR CIC_21
CIC_TRY: PUSH AF
OR 1
CALL CIC_ENC
POP HL
RES 0,H
JR C,CIC_NOLIT
BIT 7,A
JR NZ,CIC_LIT
CP "A"
BIT _KS_RUS,E
JR Z,CIC_51
CP "@"
CIC_51: JR C,CIC_NOLIT
CP 0X5A+1;'Z'+1
BIT _KS_RUS,E
JR Z,CIC_5
CP 60H
CIC_5: JR NC,CIC_NOLIT
CIC_LIT: LD C,A
LD A,E
AND 0X11; _KS_SHFT<<1+_KS_CAPS<<1;(1 SHL _KS_SHFT)+(1 SHL _KS_CAPS)
LD A,C
RET PO
CIC_4: LD A,H
JR CIC_3
CIC_NOLIT: OR A
BIT _KS_SHFT,E
JR NZ,CIC_RETA
JR CIC_4
CI_ENC: INC A
CI_ENC1: PUSH DE
PUSH AF
CALL KB_ENCODE
POP AF
PUSH HL
LD C,A
ADD A,A
ADD A,6
CALL ADD_HL_A;##
LD B,(HL)
INC HL
LD H,(HL)
LD L,B
EX (SP),HL
LD A,C
SRL A
SRL A
CALL ADD_HL_A
LD A,C
AND 3
LD B,A
LD A,(HL)
JR Z,CIE_1
CIE_L1: RRA
RRA
DJNZ CIE_L1
CIE_1: AND 3
JR Z,CIE_PROC
DEC A
LD L,0
JR Z,CIE_2
DEC L
CIE_2: EX (SP),HL
LD A,(HL)
INC HL
OR A
JR NZ,CIE_SCAN
LD A,D
CP "A"
JR C,CIE_B2
CP "a"
JR C,CIE_B9
SUB 20H
CIE_B9: SUB 0X41-0X30;'A'-'0'
CIE_B2: SUB "0"
CIE_B1: CALL ADD_HL_A
LD A,(HL)
CIE_DONE: POP HL
POP DE
JP CIC_RETA
CIE_SCAN: LD C,A
BIT 7,C
JR Z,CS__2
SCF
CS__2: RES 7,C
LD E,C
LD B,0
LD A,D
CPIR
DEC HL
JR NZ,CIE_B3
LD A,E
JR CIE_B1
CIE_B3: JR C,CIE_DONE
XOR A
JR CIE_DONE
CIE_PROC: POP HL
LD A,H
OR L
JR Z,CIE_INDIR
LD A,D
CALL INDIR
POP DE
JP CIC_RETA
CIE_INDIR: LD A,C
DEC A
CALL CI_ENC1
POP DE
INC L
DEC L
RET NZ
XOR 20H
JP CIC_RETA
INDIR: JP (HL)
CLE_NONE: XOR A
POP DE
RET
CIC_TBL: DB 0,0X20+1; " "+1
DB "0",0X39+1; '9'+1
DB "A",0X5A+1; 'Z'+1
DB "a",0X7A+1; 'Z'+1
DB 0, 255
CIC_TBL1: DB 63H, 23H, 62H, 22H, 64H, 24H, 61H, 21H
DB 33H, 34H, 14H, 51H, 31H, 11H, 30H, 53H
DB 43H, 13H, 03H, 52H, 42H, 54H, 44H
CIC_TBL1S EQU $-CIC_TBL1
_RK_ BIT _FLEX_C,(IX-_FLAG) ; READ KEY FOR CP/M
JR Z,DO_CI
CALL _IOCTL
OR A
JR NZ,DO_CI
LD A,1
RST 18H
PUSH AF
CALL CUR_AC;##
POP AF
RST 18H
EI
CALL DO_CI
PUSH AF
LD A,1
RST 18H
PUSH AF
CALL CUR_PA;##
POP AF
RST 18H
EI
POP AF
RET
DO_CI: EI
HALT
CALL _CI_
LD (IX-_KS_UND),0
LD (IX-_KS_UNDS),0
RET
_CI_
LD (IX-_TMP_W),1
_CI1
LD A,(KS_UND)
LD (IX-_KS_UND),0
OR A
RET NZ
_L1: LD E,(IX-_TMP_W)
CALL KB_SCAN
OR A
LD A,0
SCF
RET NZ
LD A,E
XOR 0X10; _KS_CAPS<<1;1 SHL _KS_CAPS
LD E,A
LD A,L
LD (KS_UNDS1),A
_1: CALL CI_CVT
LD (IX-_KS_UND+1),E
LD (IX-_KS_UNDS),D
RET NC
LD A,E
AND _KS_CTRL<<1+_KS_ALT<<1;(1 SHL _KS_CTRL) + (1 SHL _KS_ALT)
CP _KS_CTRL<<1+_KS_ALT<<1;(1 SHL _KS_CTRL) + (1 SHL _KS_ALT)
JR Z,CHK_CA
CP _KS_ALT<<1;1 SHL _KS_ALT
JR Z,_L1_
LD A,D
CP "z"
JR Z,RUS_LAT_SW
CP "o"
JR Z,TRY_RES
CP "n"
JR NZ,_2
LD E,1
CALL KB_SCAN
JR _L1
_2: SUB "p"
JR C,_L1_
CP 0X5A-0X50+1;'Z'-'P'+1
JR NC,_L1_
LD HL,_CI_TAB
CALL ADD_HL_A
LD A,(HL)
OR A
RET NZ
_L1_: BIT 1,(IX-_TMP_W)
JR Z,_L1
XOR A
RET
CHK_CA: LD A,D
CP 0X2B+0X80;'+'+80H
JR Z,CHK_TUR
CP 0X2D+0X80;'-'+80H
JR Z,CHK_NOR
CP 0X2E+0X80;'.'+80H
JP Z,0
CP "y"
JR NZ,_L1
JP 0
CHK_TUR: SET 3,(IX-_SYS_P)
JR CT_SET
CHK_NOR: RES 3,(IX-_SYS_P)
CT_SET: CALL SET_SYS;##
JR _L1
TRY_RES: BIT _BREAK,(IX-_FLAG1)
JR NZ,_L1_
JP ENTR2;##
RUS_LAT_SW:
LD A,14
BIT _KS_RUS,E
RET NZ
INC A
RET
_CI_TAB: DB 5,24,19,4,18,3,0,0,15,7
_IOCTL: LD (IX-_TMP_W),0
CALL _CI1
JR C,ST_KEY_NO
LD (KS_UND),A
LD A,-1
RET
ST_KEY_NO: XOR A
RET
SC2OLD: LD A,(KS_UNDS)
OR A
LD H,0
SCF
RET Z
CP "x"
JR Z,IS_INS
CP "a"
JR C,S2O_1
CP "o"
JR NC,S2O_1
SUB "a"
LD HL,S20T_1
CALL ADD_HL_A
LD H,(HL)
LD D,0C0H
RET
S20T_1: DB 3,0BH,13H,1BH,23H,24H,1CH,14H,0CH,4
S2O_1: LD HL,OLDSC_T
LD BC,OLDSC_TL
CPIR
CALL NZ,TRY_ALT
LD A,OLDSC_TL
SUB C
LD H,A
PAFRET: LD D,0
OR A
BIT _KS_SHFT,E
JR Z,PFR_1
SET 7,D
RET
PFR_1: BIT _KS_CTRL,E
RET Z
SET 7,D
SET 6,D
RET
IS_INS: LD (IX-_KS_UND),"^"
LD H,33H
RET
TRY_ALT: LD A,(KS_UNDS1)
LD HL,OLDSC_T
LD BC,OLDSC_TL
CPIR
RET Z
POP AF
LD H,3FH
OR A
RET
OLDSC_T: DB "AQ10P",0DH," ZSW29OL",0,"XDE38IKMCFR47UJNVGT56YHB"
DB "qrpzs",9,0,0,8,1BH,0X2A+80H,0,0X2F+80H,",",0X2D+80H
DB "?.",0X2B+80H,"[`=;]:",0X22,"_"
OLDSC_TL EQU $-OLDSC_T
_RKNW_: LD (IX-_TMP_W),0
LD A,(KS_UNDS)
OR A
CALL Z,DO_L1
LD A,1
LD C,0
JR C,PAFRET
CALL SC2OLD
LD (IX-_KS_UNDS),0
LD A,1
LD C,0
JR C,KNW_NO
XOR A
LD C,(IX-_KS_UND)
KNW_NO: LD L,1
LD (IX-_KS_UND),0
RET
DO_L1: CALL _L1
LD (IX-_KS_UND),0
RET C
LD (KS_UND),A
RET
_KBT_ LD (IX-_TMP_W),0
LD A,(KS_UNDS)
OR A
CALL Z,DO_L1
LD A,1
LD L,A
LD E,(IX-_KS_UND+1)
JR C,PAFRET1
XOR A
PAFRET1: JP PAFRET
IBMKEYB_T: JP _KB_INT;##
JP _RK_
JP _IOCTL
JP _RKNW_
JP _KBT_
JP KB_INIT