1 ;-------------------------------------------------------- 2 ; File Created by SDCC : free open source ANSI-C Compiler 3 ; Version 3.4.1 #9090 (Oct 18 2014) (Linux) 4 ; This file was generated Wed Oct 22 03:18:53 2014 5 ;-------------------------------------------------------- 6 .module main 7 .optsdcc -mz80 8 9 ;-------------------------------------------------------- 10 ; Public variables in this module 11 ;-------------------------------------------------------- 12 .globl _main 13 .globl _InitHardware 14 .globl _int_sti_receive_error 15 .globl _int_sti_transmit_error 16 .globl _int_sti_gpi_7 17 .globl _int_sti_gpi_6 18 .globl _int_sti_gpi_5 19 .globl _int_sti_gpi_4 20 .globl _int_sti_gpi_3 21 .globl _int_sti_gpi_2 22 .globl _int_sti_gpi_1 23 .globl _int_sti_gpi_0 24 .globl _int_sti_timer_d 25 .globl _int_sti_timer_c 26 .globl _int_sti_timer_b 27 .globl _int_sti_timer_a 28 .globl _int_sti_receive_buffer_full 29 .globl _int_sti_transmit_buffer_empty 30 .globl _delay 31 .globl _Set_GPIO 32 .globl _printstrng 33 .globl _menue 34 .globl _digits 35 .globl _stop_cpu 36 .globl _putchar 37 .globl _SetDigit 38 .globl _SetLed 39 .globl _SetLedByte 40 .globl _LED_Rotate 41 .globl _nmi_vint 42 ;-------------------------------------------------------- 43 ; special function registers 44 ;-------------------------------------------------------- 0000 45 _STI_IDR = 0x0000 0001 46 _STI_GPIP = 0x0001 0002 47 _STI_IPRB = 0x0002 0003 48 _STI_IPRA = 0x0003 0004 49 _STI_ISRB = 0x0004 0005 50 _STI_ISRA = 0x0005 0006 51 _STI_IMRB = 0x0006 0007 52 _STI_IMRA = 0x0007 0008 53 _STI_PVR = 0x0008 0009 54 _STI_TABCR = 0x0009 000A 55 _STI_TBDR = 0x000a 000B 56 _STI_TADR = 0x000b 000C 57 _STI_UCR = 0x000c 000D 58 _STI_RSR = 0x000d 000E 59 _STI_TSR = 0x000e 000F 60 _STI_UDR = 0x000f 0020 61 _PIO8255_PORT_A = 0x0020 0021 62 _PIO8255_PORT_B = 0x0021 0022 63 _PIO8255_PORT_C = 0x0022 0023 64 _PIO8255_CNTRL = 0x0023 0040 65 _ADC0804_READ = 0x0040 0060 66 _SEG7 = 0x0060 67 ;-------------------------------------------------------- 68 ; ram data 69 ;-------------------------------------------------------- 70 .area _DATA 0000 71 _int_sti_timer_a_n_1_121: 0000 72 .ds 1 0001 73 _int_sti_timer_a_k_1_121: 0001 74 .ds 1 75 ;-------------------------------------------------------- 76 ; ram data 77 ;-------------------------------------------------------- 78 .area _INITIALIZED 0000 79 _menue:: 0000 80 .ds 12 81 ;-------------------------------------------------------- 82 ; absolute external ram data 83 ;-------------------------------------------------------- 84 .area _DABS (ABS) 85 ;-------------------------------------------------------- 86 ; global & static initialisations 87 ;-------------------------------------------------------- 88 .area _HOME 89 .area _GSINIT 90 .area _GSFINAL 91 .area _GSINIT 92 ;interrupts.c:36: static uint8_t n = 0; 0000 FD 21r00r00 [14] 93 ld iy,#_int_sti_timer_a_n_1_121 0004 FD 36 00 00 [19] 94 ld 0 (iy),#0x00 95 ;interrupts.c:37: static uint8_t k = 0; 0008 FD 21r01r00 [14] 96 ld iy,#_int_sti_timer_a_k_1_121 000C FD 36 00 00 [19] 97 ld 0 (iy),#0x00 98 ;-------------------------------------------------------- 99 ; Home 100 ;-------------------------------------------------------- 101 .area _HOME 102 .area _HOME 103 ;-------------------------------------------------------- 104 ; code 105 ;-------------------------------------------------------- 106 .area _CODE 107 ;driver.c:6: void stop_cpu() __naked 108 ; --------------------------------- 109 ; Function stop_cpu 110 ; --------------------------------- 0000 111 _stop_cpu_start:: 0000 112 _stop_cpu: 113 ;driver.c:10: __endasm ; 0000 76 [ 4] 114 halt 115 ;driver.c:12: while (1); 0001 116 00102$: 0001 18 FE [12] 117 jr 00102$ 0003 118 _stop_cpu_end:: 119 ;driver.c:17: void putchar(char c) 120 ; --------------------------------- 121 ; Function putchar 122 ; --------------------------------- 0003 123 _putchar_start:: 0003 124 _putchar: 125 ;driver.c:19: while ((STI_TSR & 0x80) == 0); // Warte bis Buffer frei... 0003 126 00101$: 0003 DB 0E [11] 127 in a,(_STI_TSR) 0005 07 [ 4] 128 rlca 0006 30 FB [12] 129 jr NC,00101$ 130 ;driver.c:20: STI_UDR = c; // Byte einschreiben 0008 21 02 00 [10] 131 ld hl, #2+0 000B 39 [11] 132 add hl, sp 000C 7E [ 7] 133 ld a, (hl) 000D D3 0F [11] 134 out (_STI_UDR),a 000F C9 [10] 135 ret 0010 136 _putchar_end:: 0010 137 _digits: 0010 C0 138 .db #0xC0 ; -64 0011 F5 139 .db #0xF5 ; -11 0012 A8 140 .db #0xA8 ; -88 0013 B0 141 .db #0xB0 ; -80 0014 95 142 .db #0x95 ; -107 0015 92 143 .db #0x92 ; -110 0016 82 144 .db #0x82 ; -126 0017 F4 145 .db #0xF4 ; -12 0018 80 146 .db #0x80 ; -128 0019 90 147 .db #0x90 ; -112 001A 84 148 .db #0x84 ; -124 001B 83 149 .db #0x83 ; -125 001C AB 150 .db #0xAB ; -85 001D A1 151 .db #0xA1 ; -95 001E 8A 152 .db #0x8A ; -118 001F 8E 153 .db #0x8E ; -114 154 ;driver.c:26: void printstrng(char *k) 155 ; --------------------------------- 156 ; Function printstrng 157 ; --------------------------------- 0020 158 _printstrng_start:: 0020 159 _printstrng: 160 ;driver.c:28: while ((*k) != '\0') 0020 C1 [10] 161 pop bc 0021 E1 [10] 162 pop hl 0022 E5 [11] 163 push hl 0023 C5 [11] 164 push bc 0024 165 00101$: 0024 7E [ 7] 166 ld a,(hl) 0025 B7 [ 4] 167 or a, a 0026 C8 [11] 168 ret Z 169 ;driver.c:29: putchar(*(k++)); 0027 23 [ 6] 170 inc hl 0028 E5 [11] 171 push hl 0029 F5 [11] 172 push af 002A 33 [ 6] 173 inc sp 002B CDr03r00 [17] 174 call _putchar 002E 33 [ 6] 175 inc sp 002F E1 [10] 176 pop hl 0030 18 F2 [12] 177 jr 00101$ 0032 C9 [10] 178 ret 0033 179 _printstrng_end:: 180 ;driver.c:38: void SetDigit(uint8_t i) 181 ; --------------------------------- 182 ; Function SetDigit 183 ; --------------------------------- 0033 184 _SetDigit_start:: 0033 185 _SetDigit: 186 ;driver.c:40: if (i<=0x0f) 0033 3E 0F [ 7] 187 ld a,#0x0F 0035 FD 21 02 00 [14] 188 ld iy,#2 0039 FD 39 [15] 189 add iy,sp 003B FD 96 00 [19] 190 sub a, 0 (iy) 003E 38 11 [12] 191 jr C,00102$ 192 ;driver.c:41: SEG7 = digits[i]; 0040 3Er10 [ 7] 193 ld a,#<(_digits) 0042 21 02 00 [10] 194 ld hl,#2 0045 39 [11] 195 add hl,sp 0046 86 [ 7] 196 add a, (hl) 0047 5F [ 4] 197 ld e,a 0048 3Es00 [ 7] 198 ld a,#>(_digits) 004A CE 00 [ 7] 199 adc a, #0x00 004C 57 [ 4] 200 ld d,a 004D 1A [ 7] 201 ld a,(de) 004E D3 60 [11] 202 out (_SEG7),a 0050 C9 [10] 203 ret 0051 204 00102$: 205 ;driver.c:43: SEG7 = 0xff; // Display aus 0051 3E FF [ 7] 206 ld a,#0xFF 0053 D3 60 [11] 207 out (_SEG7),a 0055 C9 [10] 208 ret 0056 209 _SetDigit_end:: 210 ;driver.c:49: void Set_GPIO(uint8_t bitnr, bool stat) 211 ; --------------------------------- 212 ; Function Set_GPIO 213 ; --------------------------------- 0056 214 _Set_GPIO_start:: 0056 215 _Set_GPIO: 216 ;driver.c:53: foo = STI_GPIP; // Register kann nur geladen werden 0056 DB 01 [11] 217 in a,(_STI_GPIP) 0058 57 [ 4] 218 ld d,a 219 ;driver.c:55: foo |= (1<> 1; 011B CB 3A [ 8] 405 srl d 011D 18 02 [12] 406 jr 00113$ 011F 407 00110$: 408 ;driver.c:138: merk = 0x80; 011F 16 80 [ 7] 409 ld d,#0x80 0121 410 00113$: 411 ;driver.c:143: PIO8255_PORT_A = ~merk; 0121 7A [ 4] 412 ld a,d 0122 2F [ 4] 413 cpl 0123 D3 20 [11] 414 out (_PIO8255_PORT_A),a 0125 C9 [10] 415 ret 0126 416 _LED_Rotate_end:: 417 ;interrupts.c:7: void nmi_vint(void) __critical __interrupt 418 ; --------------------------------- 419 ; Function nmi_vint 420 ; --------------------------------- 0126 421 _nmi_vint_start:: 0126 422 _nmi_vint: 0126 F5 [11] 423 push af 0127 C5 [11] 424 push bc 0128 D5 [11] 425 push de 0129 E5 [11] 426 push hl 012A FD E5 [15] 427 push iy 428 ;interrupts.c:11: __endasm ; 012C 76 [ 4] 429 halt 012D FD E1 [14] 430 pop iy 012F E1 [10] 431 pop hl 0130 D1 [10] 432 pop de 0131 C1 [10] 433 pop bc 0132 F1 [10] 434 pop af 0133 ED 45 [14] 435 retn 0135 436 _nmi_vint_end:: 437 ;interrupts.c:22: void int_sti_transmit_buffer_empty(void) __interrupt 438 ; --------------------------------- 439 ; Function int_sti_transmit_buffer_empty 440 ; --------------------------------- 0135 441 _int_sti_transmit_buffer_empty_start:: 0135 442 _int_sti_transmit_buffer_empty: 0135 F5 [11] 443 push af 0136 C5 [11] 444 push bc 0137 D5 [11] 445 push de 0138 E5 [11] 446 push hl 0139 FD E5 [15] 447 push iy 448 ;interrupts.c:25: } 013B FD E1 [14] 449 pop iy 013D E1 [10] 450 pop hl 013E D1 [10] 451 pop de 013F C1 [10] 452 pop bc 0140 F1 [10] 453 pop af 0141 ED 4D [14] 454 reti 0143 455 _int_sti_transmit_buffer_empty_end:: 456 ;interrupts.c:28: void int_sti_receive_buffer_full(void) __interrupt 457 ; --------------------------------- 458 ; Function int_sti_receive_buffer_full 459 ; --------------------------------- 0143 460 _int_sti_receive_buffer_full_start:: 0143 461 _int_sti_receive_buffer_full: 0143 F5 [11] 462 push af 0144 C5 [11] 463 push bc 0145 D5 [11] 464 push de 0146 E5 [11] 465 push hl 0147 FD E5 [15] 466 push iy 467 ;interrupts.c:31: } 0149 FD E1 [14] 468 pop iy 014B E1 [10] 469 pop hl 014C D1 [10] 470 pop de 014D C1 [10] 471 pop bc 014E F1 [10] 472 pop af 014F ED 4D [14] 473 reti 0151 474 _int_sti_receive_buffer_full_end:: 475 ;interrupts.c:34: void int_sti_timer_a(void) __interrupt __naked 476 ; --------------------------------- 477 ; Function int_sti_timer_a 478 ; --------------------------------- 0151 479 _int_sti_timer_a_start:: 0151 480 _int_sti_timer_a: 481 ;interrupts.c:44: __endasm ; 0151 F5 [11] 482 push af 0152 C5 [11] 483 push bc 0153 D5 [11] 484 push de 0154 E5 [11] 485 push hl 0155 FD E5 [15] 486 push iy 487 ;interrupts.c:46: PIO8255_PORT_A = ~(k++); 0157 FD 21r01r00 [14] 488 ld iy,#_int_sti_timer_a_k_1_121 015B FD 56 00 [19] 489 ld d,0 (iy) 015E FD 21r01r00 [14] 490 ld iy,#_int_sti_timer_a_k_1_121 0162 FD 34 00 [23] 491 inc 0 (iy) 0165 7A [ 4] 492 ld a,d 0166 2F [ 4] 493 cpl 0167 D3 20 [11] 494 out (_PIO8255_PORT_A),a 495 ;interrupts.c:56: __endasm ; 0169 F1 [10] 496 pop af 016A C1 [10] 497 pop bc 016B D1 [10] 498 pop de 016C E1 [10] 499 pop hl 016D FD E1 [14] 500 pop iy 016F FB [ 4] 501 ei 0170 ED 4D [14] 502 reti 0172 503 _int_sti_timer_a_end:: 504 ;interrupts.c:60: void int_sti_timer_b(void) __interrupt __naked 505 ; --------------------------------- 506 ; Function int_sti_timer_b 507 ; --------------------------------- 0172 508 _int_sti_timer_b_start:: 0172 509 _int_sti_timer_b: 510 ;interrupts.c:65: __endasm ; 0172 FB [ 4] 511 ei 0173 ED 4D [14] 512 reti 0175 513 _int_sti_timer_b_end:: 514 ;interrupts.c:69: void int_sti_timer_c(void) __interrupt __naked 515 ; --------------------------------- 516 ; Function int_sti_timer_c 517 ; --------------------------------- 0175 518 _int_sti_timer_c_start:: 0175 519 _int_sti_timer_c: 520 ;interrupts.c:74: __endasm ; 0175 FB [ 4] 521 ei 0176 ED 4D [14] 522 reti 0178 523 _int_sti_timer_c_end:: 524 ;interrupts.c:77: void int_sti_timer_d(void) __interrupt __naked 525 ; --------------------------------- 526 ; Function int_sti_timer_d 527 ; --------------------------------- 0178 528 _int_sti_timer_d_start:: 0178 529 _int_sti_timer_d: 530 ;interrupts.c:82: __endasm ; 0178 FB [ 4] 531 ei 0179 ED 4D [14] 532 reti 017B 533 _int_sti_timer_d_end:: 534 ;interrupts.c:88: void int_sti_gpi_0(void) __interrupt 535 ; --------------------------------- 536 ; Function int_sti_gpi_0 537 ; --------------------------------- 017B 538 _int_sti_gpi_0_start:: 017B 539 _int_sti_gpi_0: 017B F5 [11] 540 push af 017C C5 [11] 541 push bc 017D D5 [11] 542 push de 017E E5 [11] 543 push hl 017F FD E5 [15] 544 push iy 545 ;interrupts.c:95: __endasm ; 0181 FB [ 4] 546 ei 0182 ED 4D [14] 547 reti 0184 FD E1 [14] 548 pop iy 0186 E1 [10] 549 pop hl 0187 D1 [10] 550 pop de 0188 C1 [10] 551 pop bc 0189 F1 [10] 552 pop af 018A ED 4D [14] 553 reti 018C 554 _int_sti_gpi_0_end:: 555 ;interrupts.c:98: void int_sti_gpi_1(void) __interrupt __naked 556 ; --------------------------------- 557 ; Function int_sti_gpi_1 558 ; --------------------------------- 018C 559 _int_sti_gpi_1_start:: 018C 560 _int_sti_gpi_1: 561 ;interrupts.c:104: __endasm ; 018C FB [ 4] 562 ei 018D ED 4D [14] 563 reti 018F 564 _int_sti_gpi_1_end:: 565 ;interrupts.c:106: void int_sti_gpi_2(void) __interrupt __naked 566 ; --------------------------------- 567 ; Function int_sti_gpi_2 568 ; --------------------------------- 018F 569 _int_sti_gpi_2_start:: 018F 570 _int_sti_gpi_2: 571 ;interrupts.c:111: __endasm ; 018F FB [ 4] 572 ei 0190 ED 4D [14] 573 reti 0192 574 _int_sti_gpi_2_end:: 575 ;interrupts.c:113: void int_sti_gpi_3(void) __interrupt __naked 576 ; --------------------------------- 577 ; Function int_sti_gpi_3 578 ; --------------------------------- 0192 579 _int_sti_gpi_3_start:: 0192 580 _int_sti_gpi_3: 581 ;interrupts.c:118: __endasm ; 0192 FB [ 4] 582 ei 0193 ED 4D [14] 583 reti 0195 584 _int_sti_gpi_3_end:: 585 ;interrupts.c:121: void int_sti_gpi_4(void) __interrupt __naked 586 ; --------------------------------- 587 ; Function int_sti_gpi_4 588 ; --------------------------------- 0195 589 _int_sti_gpi_4_start:: 0195 590 _int_sti_gpi_4: 591 ;interrupts.c:126: __endasm ; 0195 FB [ 4] 592 ei 0196 ED 4D [14] 593 reti 0198 594 _int_sti_gpi_4_end:: 595 ;interrupts.c:129: void int_sti_gpi_5(void) __interrupt __naked 596 ; --------------------------------- 597 ; Function int_sti_gpi_5 598 ; --------------------------------- 0198 599 _int_sti_gpi_5_start:: 0198 600 _int_sti_gpi_5: 601 ;interrupts.c:134: __endasm ; 0198 FB [ 4] 602 ei 0199 ED 4D [14] 603 reti 019B 604 _int_sti_gpi_5_end:: 605 ;interrupts.c:137: void int_sti_gpi_6(void) __interrupt __naked 606 ; --------------------------------- 607 ; Function int_sti_gpi_6 608 ; --------------------------------- 019B 609 _int_sti_gpi_6_start:: 019B 610 _int_sti_gpi_6: 611 ;interrupts.c:142: __endasm ; 019B FB [ 4] 612 ei 019C ED 4D [14] 613 reti 019E 614 _int_sti_gpi_6_end:: 615 ;interrupts.c:145: void int_sti_gpi_7(void) __interrupt __naked 616 ; --------------------------------- 617 ; Function int_sti_gpi_7 618 ; --------------------------------- 019E 619 _int_sti_gpi_7_start:: 019E 620 _int_sti_gpi_7: 621 ;interrupts.c:150: __endasm ; 019E FB [ 4] 622 ei 019F ED 4D [14] 623 reti 01A1 624 _int_sti_gpi_7_end:: 625 ;interrupts.c:154: void int_sti_transmit_error(void) __interrupt __naked 626 ; --------------------------------- 627 ; Function int_sti_transmit_error 628 ; --------------------------------- 01A1 629 _int_sti_transmit_error_start:: 01A1 630 _int_sti_transmit_error: 631 ;interrupts.c:159: __endasm ; 01A1 FB [ 4] 632 ei 01A2 ED 4D [14] 633 reti 01A4 634 _int_sti_transmit_error_end:: 635 ;interrupts.c:163: void int_sti_receive_error(void) __interrupt __naked 636 ; --------------------------------- 637 ; Function int_sti_receive_error 638 ; --------------------------------- 01A4 639 _int_sti_receive_error_start:: 01A4 640 _int_sti_receive_error: 641 ;interrupts.c:168: __endasm ; 01A4 FB [ 4] 642 ei 01A5 ED 4D [14] 643 reti 01A7 644 _int_sti_receive_error_end:: 645 ;main.c:26: void InitHardware() 646 ; --------------------------------- 647 ; Function InitHardware 648 ; --------------------------------- 01A7 649 _InitHardware_start:: 01A7 650 _InitHardware: 651 ;main.c:29: PIO8255_CNTRL = 0x80; //Mode 0: Port A,B,C Output 01A7 3E 80 [ 7] 652 ld a,#0x80 01A9 D3 23 [11] 653 out (_PIO8255_CNTRL),a 654 ;main.c:30: PIO8255_PORT_A = 0xff; 01AB 3E FF [ 7] 655 ld a,#0xFF 01AD D3 20 [11] 656 out (_PIO8255_PORT_A),a 657 ;main.c:31: PIO8255_PORT_B = 0; 01AF 3E 00 [ 7] 658 ld a,#0x00 01B1 D3 21 [11] 659 out (_PIO8255_PORT_B),a 660 ;main.c:32: PIO8255_PORT_C = 0; 01B3 3E 00 [ 7] 661 ld a,#0x00 01B5 D3 22 [11] 662 out (_PIO8255_PORT_C),a 663 ;main.c:35: SEG7 = 0xff; 01B7 3E FF [ 7] 664 ld a,#0xFF 01B9 D3 60 [11] 665 out (_SEG7),a 666 ;main.c:38: STI_UCR = 0x88; // = 10001000 UART Control Register 8N1, DIV16 01BB 3E 88 [ 7] 667 ld a,#0x88 01BD D3 0C [11] 668 out (_STI_UCR),a 669 ;main.c:39: STI_RSR = 0x01; // RX Status - Enable RX 01BF 3E 01 [ 7] 670 ld a,#0x01 01C1 D3 0D [11] 671 out (_STI_RSR),a 672 ;main.c:40: STI_TSR = 0x05; // TX Status - TX High, TX enabled 01C3 3E 05 [ 7] 673 ld a,#0x05 01C5 D3 0E [11] 674 out (_STI_TSR),a 675 ;main.c:42: STI_PVR = STI_TDDR; // Zeiger PVR auf Timer D Data 01C7 3E 01 [ 7] 676 ld a,#0x01 01C9 D3 08 [11] 677 out (_STI_PVR),a 678 ;main.c:43: STI_IDR = 0x03; // Timer D Zeitkonstante 01CB 3E 03 [ 7] 679 ld a,#0x03 01CD D3 00 [11] 680 out (_STI_IDR),a 681 ;main.c:44: STI_PVR = STI_TCDCR; // Zeiger auf Timer C,D Control Register 01CF 3E 07 [ 7] 682 ld a,#0x07 01D1 D3 08 [11] 683 out (_STI_PVR),a 684 ;main.c:45: STI_IDR = 0x89; // Timer D DIV 4, C = Stop 01D3 3E 89 [ 7] 685 ld a,#0x89 01D5 D3 00 [11] 686 out (_STI_IDR),a 687 ;main.c:47: STI_PVR = STI_DDR; // Zeiger PVR auf indirect 6 (DDR) 01D7 3E 06 [ 7] 688 ld a,#0x06 01D9 D3 08 [11] 689 out (_STI_PVR),a 690 ;main.c:48: STI_IDR = 0xff; // GPIO als Output 01DB 3E FF [ 7] 691 ld a,#0xFF 01DD D3 00 [11] 692 out (_STI_IDR),a 693 ;main.c:49: STI_GPIP = 0x00; // GPIO auf Null setzen 01DF 3E 00 [ 7] 694 ld a,#0x00 01E1 D3 01 [11] 695 out (_STI_GPIP),a 696 ;main.c:51: STI_TADR = 0xff; // Reload Wert Timer A 01E3 3E FF [ 7] 697 ld a,#0xFF 01E5 D3 0B [11] 698 out (_STI_TADR),a 699 ;main.c:52: STI_TABCR = 0x70; // Timer A DIV 200 01E7 3E 70 [ 7] 700 ld a,#0x70 01E9 D3 09 [11] 701 out (_STI_TABCR),a 702 ;main.c:53: STI_PVR = STI_IERA; // Timer A Hardware Interrupt einschalten 01EB 3E 05 [ 7] 703 ld a,#0x05 01ED D3 08 [11] 704 out (_STI_PVR),a 705 ;main.c:54: STI_IDR = 0x20; 01EF 3E 20 [ 7] 706 ld a,#0x20 01F1 D3 00 [11] 707 out (_STI_IDR),a 708 ;main.c:55: STI_IMRA = 0x20; // Timer A Interrupt unmask 01F3 3E 20 [ 7] 709 ld a,#0x20 01F5 D3 07 [11] 710 out (_STI_IMRA),a 711 ;main.c:56: STI_IPRA = 0x00; //Pending Ints löschen 01F7 3E 00 [ 7] 712 ld a,#0x00 01F9 D3 03 [11] 713 out (_STI_IPRA),a 714 ;main.c:59: STI_PVR = 0x40; // Basisadresse der Ints für crt0.s Tabelle setzen 01FB 3E 40 [ 7] 715 ld a,#0x40 01FD D3 08 [11] 716 out (_STI_PVR),a 01FF C9 [10] 717 ret 0200 718 _InitHardware_end:: 719 ;main.c:90: int main() 720 ; --------------------------------- 721 ; Function main 722 ; --------------------------------- 0200 723 _main_start:: 0200 724 _main: 725 ;main.c:95: InitHardware(); 0200 CDrA7r01 [17] 726 call _InitHardware 727 ;main.c:99: for (i=0;i<6;i++) { 0203 16 00 [ 7] 728 ld d,#0x00 0205 729 00107$: 730 ;main.c:100: printstrng(menue[i]); 0205 6A [ 4] 731 ld l,d 0206 26 00 [ 7] 732 ld h,#0x00 0208 29 [11] 733 add hl, hl 0209 01r00r00 [10] 734 ld bc,#_menue 020C 09 [11] 735 add hl,bc 020D 4E [ 7] 736 ld c,(hl) 020E 23 [ 6] 737 inc hl 020F 46 [ 7] 738 ld b,(hl) 0210 D5 [11] 739 push de 0211 C5 [11] 740 push bc 0212 CDr20r00 [17] 741 call _printstrng 0215 F1 [10] 742 pop af 0216 D1 [10] 743 pop de 744 ;main.c:99: for (i=0;i<6;i++) { 0217 14 [ 4] 745 inc d 0218 7A [ 4] 746 ld a,d 0219 D6 06 [ 7] 747 sub a, #0x06 021B 38 E8 [12] 748 jr C,00107$ 749 ;main.c:105: for (n=0;n<100;n++) { 021D 750 00118$: 021D 21 00 00 [10] 751 ld hl,#0x0000 752 ;main.c:106: for (i=0;i<100;i++) { 0220 753 00116$: 0220 16 00 [ 7] 754 ld d,#0x00 0222 755 00109$: 756 ;main.c:107: Set_GPIO(7,1); 0222 E5 [11] 757 push hl 0223 D5 [11] 758 push de 0224 01 01 00 [10] 759 ld bc,#0x0001 0227 C5 [11] 760 push bc 0228 3E 07 [ 7] 761 ld a,#0x07 022A F5 [11] 762 push af 022B 33 [ 6] 763 inc sp 022C CDr56r00 [17] 764 call _Set_GPIO 022F F1 [10] 765 pop af 0230 33 [ 6] 766 inc sp 0231 01 B8 0B [10] 767 ld bc,#0x0BB8 0234 C5 [11] 768 push bc 0235 CDrB8r00 [17] 769 call _delay 0238 F1 [10] 770 pop af 0239 01 00 00 [10] 771 ld bc,#0x0000 023C C5 [11] 772 push bc 023D 3E 07 [ 7] 773 ld a,#0x07 023F F5 [11] 774 push af 0240 33 [ 6] 775 inc sp 0241 CDr56r00 [17] 776 call _Set_GPIO 0244 F1 [10] 777 pop af 0245 33 [ 6] 778 inc sp 0246 D1 [10] 779 pop de 0247 E1 [10] 780 pop hl 781 ;main.c:106: for (i=0;i<100;i++) { 0248 14 [ 4] 782 inc d 0249 7A [ 4] 783 ld a,d 024A D6 64 [ 7] 784 sub a, #0x64 024C 38 D4 [12] 785 jr C,00109$ 786 ;main.c:105: for (n=0;n<100;n++) { 024E 23 [ 6] 787 inc hl 024F 7D [ 4] 788 ld a,l 0250 D6 64 [ 7] 789 sub a, #0x64 0252 7C [ 4] 790 ld a,h 0253 DE 00 [ 7] 791 sbc a, #0x00 0255 38 C9 [12] 792 jr C,00116$ 0257 18 C4 [12] 793 jr 00118$ 0259 794 _main_end:: 795 .area _CODE 0259 796 ___str_0: 0259 5A 38 30 20 53 79 797 .ascii "Z80 System is online!" 73 74 65 6D 20 69 73 20 6F 6E 6C 69 6E 65 21 026E 0A 798 .db 0x0A 026F 00 799 .db 0x00 0270 800 ___str_1: 0270 2D 2D 2D 2D 2D 2D 801 .ascii "---------------------------------" 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 2D 0291 0A 802 .db 0x0A 0292 28 31 29 2E 2E 2E 803 .ascii "(1)...........Load User Pr" 2E 2E 2E 2E 2E 2E 2E 2E 4C 6F 61 64 20 55 73 65 72 20 50 72 02AC 6F 67 72 61 6D 804 .ascii "ogram" 02B1 00 805 .db 0x00 02B2 806 ___str_2: 02B2 0A 807 .db 0x0A 02B3 28 32 29 2E 2E 2E 808 .ascii "(2)...........Start User Program" 2E 2E 2E 2E 2E 2E 2E 2E 53 74 61 72 74 20 55 73 65 72 20 50 72 6F 67 72 61 6D 02D3 00 809 .db 0x00 02D4 810 ___str_3: 02D4 0A 811 .db 0x0A 02D5 28 33 29 2E 2E 2E 812 .ascii "(3)...........Clear Memory" 2E 2E 2E 2E 2E 2E 2E 2E 43 6C 65 61 72 20 4D 65 6D 6F 72 79 02EF 00 813 .db 0x00 02F0 814 ___str_4: 02F0 0A 815 .db 0x0A 02F1 28 34 29 2E 2E 2E 816 .ascii "(4)...........Dump Memory" 2E 2E 2E 2E 2E 2E 2E 2E 44 75 6D 70 20 4D 65 6D 6F 72 79 030A 00 817 .db 0x00 030B 818 ___str_5: 030B 0A 819 .db 0x0A 030C 28 35 29 2E 2E 2E 820 .ascii "(5)...........Restart System" 2E 2E 2E 2E 2E 2E 2E 2E 52 65 73 74 61 72 74 20 53 79 73 74 65 6D 0328 00 821 .db 0x00 822 .area _INITIALIZER 0000 823 __xinit__menue: 0000r59r02 824 .dw ___str_0 0002r70r02 825 .dw ___str_1 0004rB2r02 826 .dw ___str_2 0006rD4r02 827 .dw ___str_3 0008rF0r02 828 .dw ___str_4 000Ar0Br03 829 .dw ___str_5 830 .area _CABS (ABS)