📄 copy.src
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; for(i =0;i< no -1; i++)
; SOURCE LINE # 518
;---- Variable 'i?1680' assigned to Register 'R5' ----
CLR A
MOV R5,A
?C0082:
MOV A,no?1679
DEC A
MOV R7,A
MOV A,R5
CLR C
SUBB A,R7
JNC ?C0083
; {
; SOURCE LINE # 519
; *s = feedRcv_byte();
; SOURCE LINE # 520
; feedAckI2c(0);
; SOURCE LINE # 521
LCALL L?0297
; s++;
; SOURCE LINE # 522
MOV A,#01H
ADD A,R1
MOV R1,A
CLR A
ADDC A,R2
MOV R2,A
; }
; SOURCE LINE # 523
INC R5
SJMP ?C0082
?C0083:
; *s = feedRcv_byte();
; SOURCE LINE # 524
LCALL feedRcv_byte
MOV A,R7
LCALL ?C?CSTPTR
; feedAckI2c(1);
; SOURCE LINE # 525
SETB ?feedAckI2c?BIT
LCALL feedAckI2c
; feedStopI2c();
; SOURCE LINE # 526
LCALL feedStopI2c
; return(1);
; SOURCE LINE # 527
SETB C
; }
; SOURCE LINE # 528
?C0079:
RET
; END OF _fed_RS16K
;
;
;
; bit fed_RS32K ( uchar sla, uint suba, uchar *s, uchar no )
RSEG ?PR?_fed_RS32K?COPY
_fed_RS32K:
USING 0
; SOURCE LINE # 532
MOV sla?1781,R7
;---- Variable 's?1783' assigned to Register 'R1/R2/R3' ----
;---- Variable 'suba?1782' assigned to Register 'R4/R5' ----
; {
; SOURCE LINE # 533
; uchar i;
; feedStartI2c ();
; SOURCE LINE # 535
LCALL feedStartI2c
; feedSend_byte (sla);
; SOURCE LINE # 536
MOV R7,sla?1781
LCALL _feedSend_byte
; if( ack == 0 ) return (0);
; SOURCE LINE # 537
JB ack,?C0085
CLR C
RET
?C0085:
; feedSend_byte (suba / 256); // the high byte address
; SOURCE LINE # 538
MOV R7,AR4
LCALL _feedSend_byte
; if (ack == 0 ) return (0);
; SOURCE LINE # 539
JB ack,?C0087
CLR C
RET
?C0087:
; feedSend_byte (suba % 256); // the low byte address
; SOURCE LINE # 540
MOV R7,AR5
LCALL _feedSend_byte
; if (ack == 0 ) return (0);
; SOURCE LINE # 541
JB ack,?C0088
CLR C
RET
?C0088:
; feedStartI2c();
; SOURCE LINE # 542
LCALL feedStartI2c
; feedSend_byte(sla + 1);
; SOURCE LINE # 543
MOV A,sla?1781
INC A
MOV R7,A
LCALL _feedSend_byte
; if ( ack == 0) return ( 0 );
; SOURCE LINE # 544
JB ack,?C0089
CLR C
RET
?C0089:
; for(i =0;i< no -1; i++)
; SOURCE LINE # 545
;---- Variable 'i?1785' assigned to Register 'R5' ----
CLR A
MOV R5,A
?C0090:
MOV A,no?1784
DEC A
MOV R7,A
MOV A,R5
CLR C
SUBB A,R7
JNC ?C0091
; {
; SOURCE LINE # 546
; *s = feedRcv_byte();
; SOURCE LINE # 547
; feedAckI2c(0);
; SOURCE LINE # 548
LCALL L?0297
; s++;
; SOURCE LINE # 549
MOV A,#01H
ADD A,R1
MOV R1,A
CLR A
ADDC A,R2
MOV R2,A
; }
; SOURCE LINE # 550
INC R5
SJMP ?C0090
?C0091:
; *s = feedRcv_byte();
; SOURCE LINE # 551
LCALL feedRcv_byte
MOV A,R7
LCALL ?C?CSTPTR
; feedAckI2c(1);
; SOURCE LINE # 552
SETB ?feedAckI2c?BIT
LCALL feedAckI2c
; feedStopI2c();
; SOURCE LINE # 553
LCALL feedStopI2c
; return(1);
; SOURCE LINE # 554
SETB C
; }
; SOURCE LINE # 555
?C0086:
RET
; END OF _fed_RS32K
; ////////////////////////////////////////////
; bit feedSendStr16K( uchar sla, uchar suba, uchar *s, uchar no )
RSEG ?PR?_feedSendStr16K?COPY
_feedSendStr16K:
USING 0
; SOURCE LINE # 557
;---- Variable 'sla?1886' assigned to Register 'R6' ----
MOV R6,AR7
;---- Variable 's?1888' assigned to Register 'R1/R2/R3' ----
;---- Variable 'suba?1887' assigned to Register 'R5' ----
; {
; SOURCE LINE # 558
; uchar i;
; feedStartI2c();
; SOURCE LINE # 560
LCALL feedStartI2c
; feedSend_byte(sla);
; SOURCE LINE # 561
LCALL _feedSend_byte
; if(ack == 0)return (0);
; SOURCE LINE # 562
JB ack,?C0093
CLR C
RET
?C0093:
; feedSend_byte(suba);
; SOURCE LINE # 563
MOV R7,AR5
LCALL _feedSend_byte
; if(ack == 0)return (0);
; SOURCE LINE # 564
JB ack,?C0095
CLR C
RET
?C0095:
; for( i = 0; i < no ;i ++)
; SOURCE LINE # 565
;---- Variable 'i?1890' assigned to Register 'R5' ----
CLR A
MOV R5,A
?C0096:
MOV A,R5
CLR C
SUBB A,no?1889
JNC ?C0097
; {
; SOURCE LINE # 566
; feedSend_byte(*s);
; SOURCE LINE # 567
LCALL L?0300
; if(ack == 0)return (0);
; SOURCE LINE # 568
JB ack,?C0099
CLR C
RET
?C0099:
; s++;
; SOURCE LINE # 569
MOV A,#01H
ADD A,R1
MOV R1,A
CLR A
ADDC A,R2
MOV R2,A
; }
; SOURCE LINE # 570
INC R5
SJMP ?C0096
?C0097:
; feedStopI2c();
; SOURCE LINE # 571
LCALL feedStopI2c
; return (1);
; SOURCE LINE # 572
SETB C
; }
; SOURCE LINE # 573
?C0094:
RET
; END OF _feedSendStr16K
; bit feedSendStr32K( uchar sla, uint suba, uchar *s, uchar no )
RSEG ?PR?_feedSendStr32K?COPY
_feedSendStr32K:
USING 0
; SOURCE LINE # 574
;---- Variable 'sla?1991' assigned to Register 'R7' ----
;---- Variable 's?1993' assigned to Register 'R1/R2/R3' ----
;---- Variable 'suba?1992' assigned to Register 'R4/R5' ----
; {
; SOURCE LINE # 575
; uchar i;
; feedStartI2c ();
; SOURCE LINE # 577
LCALL feedStartI2c
; feedSend_byte (sla);
; SOURCE LINE # 578
LCALL _feedSend_byte
; if(ack == 0)return (0);
; SOURCE LINE # 579
JB ack,?C0100
CLR C
RET
?C0100:
; feedSend_byte(suba / 256); // the high byte address
; SOURCE LINE # 580
MOV R7,AR4
LCALL _feedSend_byte
; if(ack == 0)return (0);
; SOURCE LINE # 581
JB ack,?C0102
CLR C
RET
?C0102:
; feedSend_byte(suba % 256); // the low byte address
; SOURCE LINE # 582
MOV R7,AR5
LCALL _feedSend_byte
; if(ack == 0)return (0);
; SOURCE LINE # 583
JB ack,?C0103
CLR C
RET
?C0103:
; for( i = 0; i < no-1 ;i ++)
; SOURCE LINE # 584
;---- Variable 'i?1995' assigned to Register 'R5' ----
CLR A
MOV R5,A
?C0104:
MOV A,no?1994
DEC A
MOV R7,A
MOV A,R5
CLR C
SUBB A,R7
JNC ?C0105
; {
; SOURCE LINE # 585
; feedSend_byte(*s);
; SOURCE LINE # 586
LCALL L?0300
; if(ack == 0)return (0);
; SOURCE LINE # 587
JB ack,?C0107
CLR C
RET
?C0107:
; s++;
; SOURCE LINE # 588
MOV A,#01H
ADD A,R1
MOV R1,A
CLR A
ADDC A,R2
MOV R2,A
; }
; SOURCE LINE # 589
INC R5
SJMP ?C0104
?C0105:
; feedSend_byte(*s);
; SOURCE LINE # 590
LCALL L?0301
; feedStopI2c();
; SOURCE LINE # 591
LCALL feedStopI2c
;
; return (1);
; SOURCE LINE # 593
SETB C
; }
; SOURCE LINE # 594
?C0101:
RET
; END OF _feedSendStr32K
; /*bit JUBU_location_check()
; {
;
;
; uchar BitCnt;
; uchar c = 0xa0;
; jubuStartI2c();
;
; for( BitCnt = 0; BitCnt < 8; BitCnt ++ )
; {
; if((c << BitCnt) & 0x80) SDA1 = 1;
;
; else
;
; SDA1 =0;
;
; _Nop();
; _Nop();
; SCL = 1;
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; SCL = 0;
; _Nop();
; _Nop();
; _Nop();
; }
; _Nop();
; _Nop();
; _Nop();
; SDA1 =1;
;
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; SCL = 1;
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; _Nop();
; if(SDA1==0) CONTR = SDA1;
; else
;
; ALM=1;
; SCL = 0;
; _Nop();
; _Nop();
; _Nop();
;
; jubuStopI2c();
; return (1);
;
; }*/
; //////////////////////////////////////
; bit JUBU0_location_check(void)
RSEG ?PR?JUBU0_location_check?COPY
JUBU0_location_check:
USING 0
; SOURCE LINE # 656
; {
; SOURCE LINE # 657
;
;
; uchar BitCnt;
; uchar c = 0xa0;
; SOURCE LINE # 661
;---- Variable 'c?2097' assigned to Register 'R7' ----
MOV R7,#0A0H
; jubuStartI2c();
; SOURCE LINE # 662
LCALL jubuStartI2c
;
; for( BitCnt = 0; BitCnt < 8; BitCnt ++ )
; SOURCE LINE # 664
;---- Variable 'BitCnt?2096' assigned to Register 'R6' ----
CLR A
MOV R6,A
?C0108:
; {
; SOURCE LINE # 665
; if((c << BitCnt) & 0x80) SDA1 = 1;
; SOURCE LINE # 666
MOV A,R7
MOV R0,AR6
INC R0
SJMP ?C0263
?C0262:
CLR C
RLC A
?C0263:
DJNZ R0,?C0262
JNB ACC.7,?C0111
SETB SDA1
SJMP ?C0112
?C0111:
;
; else
;
; SDA1 =0;
; SOURCE LINE # 670
CLR SDA1
?C0112:
;
; _Nop();
; SOURCE LINE # 672
NOP
; _Nop();
; SOURCE LINE # 673
NOP
; SCL = 1;
; SOURCE LINE # 674
SETB SCL
; _Nop();
; SOURCE LINE # 675
NOP
; _Nop();
; SOURCE LINE # 676
NOP
; _Nop();
; SOURCE LINE # 677
NOP
; _Nop();
; SOURCE LINE # 678
NOP
; _Nop();
; SOURCE LINE # 679
NOP
; _Nop();
; SOURCE LINE # 680
NOP
; _Nop();
; SOURCE LINE # 681
NOP
; SCL = 0;
; SOURCE LINE # 682
CLR SCL
; _Nop();
; SOURCE LINE # 683
NOP
; _Nop();
; SOURCE LINE # 684
NOP
; _Nop();
; SOURCE LINE # 685
NOP
; }
; SOURCE LINE # 686
INC R6
CJNE R6,#08H,?C0108
?C0109:
; _Nop();
; SOURCE LINE # 687
NOP
; _Nop();
; SOURCE LINE # 688
NOP
; _Nop();
; SOURCE LINE # 689
NOP
; SDA1 =1;
; SOURCE LINE # 690
SETB SDA1
;
; _Nop();
; SOURCE LINE # 692
NOP
; _Nop();
; SOURCE LINE # 693
NOP
; _Nop();
; SOURCE LINE # 694
NOP
; _Nop();
; SOURCE LINE # 695
NOP
; SCL = 1;
; SOURCE LINE # 696
SETB SCL
; _Nop();
; SOURCE LINE # 697
NOP
; _Nop();
; SOURCE LINE # 698
NOP
; _Nop();
; SOURCE LINE # 699
NOP
; _Nop();
; SOURCE LINE # 700
NOP
; _Nop();
; SOURCE LINE # 701
NOP
; _Nop();
; SOURCE LINE # 702
NOP
; if(SDA1==0) LED2 = SDA1;
; SOURCE LINE # 703
JB SDA1,?C0113
MOV C,SDA1
MOV LED2,C
SJMP ?C0114
?C0113:
; else
; ALM=1;
; SOURCE LINE # 705
SETB ALM
?C0114:
; SCL = 0;
; SOURCE LINE # 706
CLR SCL
; _Nop();
; SOURCE LINE # 707
NOP
; _Nop();
; SOURCE LINE # 708
NOP
; _Nop();
; SOURCE LINE # 709
NOP
;
; jubuStopI2c();
; SOURCE LINE # 711
LCALL jubuStopI2c
; return (1);
; SOURCE LINE # 712
SETB C
;
; }
; SOURCE LINE # 714
?C0115:
RET
; END OF JUBU0_location_check
; ////////////////////////////////////////
; bit feed_jubu_location_check()
RSEG ?PR?feed_jubu_location_check?COPY
feed_jubu_location_check:
USING 0
; SOURCE LINE # 716
; {
; SOURCE LINE # 717
;
;
; uchar BitCnt;
; uchar c = 0xa0;
; SOURCE LINE # 721
;---- Variable 'c?2199' assigned to Register 'R7' ----
MOV R7,#0A0H
; feedStartI2c();
; SOURCE LINE # 722
LCALL feedStartI2c
;
; for( BitCnt = 0; BitCnt < 8; BitCnt ++ )
; SOURCE LINE # 724
;---- Variable 'BitCnt?2198' assigned to Register 'R6' ----
CLR A
MOV R6,A
?C0116:
; {
; SOURCE LINE # 725
; if((c << BitCnt) & 0x80) SDA9 = 1;
; SOURCE LINE # 726
MOV A,R7
MOV R0,AR6
INC R0
SJMP ?C0265
?C0264:
CLR C
RLC A
?C0265:
DJNZ R0,?C0264
JNB ACC.7,?C0119
SETB SDA9
SJMP ?C0120
?C0119:
;
; else
;
; SDA9 =0;
; SOURCE LINE # 730
CLR SDA9
?C0120:
;
; _Nop();
; SOURCE LINE # 732
NOP
; _Nop();
; SOURCE LINE # 733
NOP
; SCL = 1;
; SOURCE LINE # 734
SETB SCL
; _Nop();
; SOURCE LINE # 735
NOP
; _Nop();
; SOURCE LINE # 736
NOP
; _Nop();
; SOURCE LINE # 737
NOP
; _Nop();
; SOURCE LINE # 738
NOP
; _Nop();
; SOURCE LINE # 739
NOP
; _Nop();
; SOURCE LINE # 740
NOP
; _Nop();
; SOURCE LINE # 741
NOP
; SCL = 0;
; SOURCE LINE # 742
CLR SCL
; _Nop();
; SOURCE LINE # 743
NOP
; _Nop();
; SOURCE LINE # 744
NOP
; _Nop();
; SOURCE LINE # 745
NOP
; }
; SOURCE LINE # 746
INC R6
CJNE R6,#08H,?C0116
?C0117:
; _Nop();
; SOURCE LINE # 747
NOP
; _Nop();
; SOURCE LINE # 748
NOP
; _Nop();
; SOURCE LINE # 749
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