Liren Large Software Subsidy 15

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File List | 1989-09-07 | 27.1 KB | 591 lines

#################################################################################################### # # # Archimedes 8051 C-Compiler V2.20A/MD2 07/Sep/89 15:00:13 # # # # Memory model = large reentrant # # Source file = example.c # # List file = example.lst # # Object file = example.r03 # # Command line = example -m0 -V -e -g -L -q # # # # (c) Copyright Archimedes Software Inc. 1988 # #################################################################################################### \ 0000 NAME example(16) \ 0000 RSEG CODE(0) \ 0000 RSEG ECSTR(0) \ 0000 RSEG CCSTR(0) \ 0000 RSEG UDATA(0) \ 0000 RSEG CDATA(0) \ 0000 RSEG IDATA(0) \ 0000 PUBLIC do_io(147,31) \ 0000 PUBLIC flags(10,171) \ 0000 PUBLIC main(147,31) \ 0000 EXTERN printf(155,66) \ 0000 EXTERN pulse(117,128) \ 0000 EXTERN putchar(22,128) \ 0000 PUBLIC ring_bell(147,31) \ 0000 PUBLIC set_timer(147,31) \ 0000 PUBLIC sieve(147,31) \ 0000 EXTERN ?POP_R5_L17 \ 0000 EXTERN ?I_ADD_L14 \ 0000 EXTERN ?I_ADD_ASG_L00 \ 0000 EXTERN ?ENTER_L17 \ 0000 EXTERN ?LEAVE_L17 \ 0000 EXTERN ?ST_IND1_L08 \ 0000 EXTERN ?ST_REL1_L13 \ 0000 EXTERN ?ST_REL2_L13 \ 0000 EXTERN ?LD_REL1_L11 \ 0000 EXTERN ?LD_REL2_L11 \ 0000 EXTERN ?PUSH_R3_L17 \ 0000 EXTERN ?PUSH_R5_L17 \ 0000 EXTERN ?PUSH_R2_R3_L17 \ 0000 EXTERN ?SI_CMP_LE_L02 \ 0000 EXTERN ?I_CMP_EQ_L02 \ 0000 EXTERN ?PRINC1_L05 \ 0000 EXTERN ?POINC1_L05 \ 0000 EXTERN ?CL8051_2_20_L17 \ 0000 EXTERN _R \ 0000 RSEG CODE 1 /* EXAMPLE.C: Some sample code for the Archimedes C-51 compiler kit. 2 * See the file EXAMPLE.DOC and the Tutorial Introduction to the 3 * manual for more information. Revised 9-14-87, VC. */ 4 5 #include <stdio.h> /* required header for printf, putchar */ 6 #include <io51.h> /* required header for output, bit_set, etc. */ 7 8 #define TRUE 1 9 #define FALSE 0 10 #define BELL 7 /* ASCII terminal bell */ 11 12 /* The following is a function prototype for the assembly 13 * language routine, pulse. See the source file PULSE.S03 */ 14 15 extern int pulse(int count, char value); 16 17 18 /* ------------------------------------------------------------ */ 19 void set_timer() /* initialize Timer 0 to generate interupts */ 20 { \ 0000 set_timer: \ 0000 E4 CLR A \ 0001 7800 MOV R0,#0 \ 0003 7904 MOV R1,#4 \ 0005 120000 LCALL ?ENTER_L17 21 output(TMOD,1); /* Timer-0: mode 1 (16-bit timer) */ \ 0008 7B01 MOV R3,#1 \ 000A 8B89 MOV 137,R3 22 output(TH0,0x4C); /* load 4C00h for interrupt every 50 ms */ \ 000C 7B4C MOV R3,#76 \ 000E 8B8C MOV 140,R3 23 output(TL0,0); \ 0010 7B00 MOV R3,#0 \ 0012 8B8A MOV 138,R3 24 set_bit(TR0_bit); /* set Timer 0 run control bit */ \ 0014 D28C SETB TCON.4 25 set_bit(ET0_bit); /* set interrupt mask bit ET0 */ \ 0016 D2A9 SETB IE.1 26 set_bit(EA_bit); /* enable interrupts bit EA */ \ 0018 D2AF SETB IE.7 27 } \ 001A ?0000: \ 001A 020000 LJMP ?LEAVE_L17 28 29 30 /* ------------------------------------------------------------ */ 31 void ring_bell() /* Timer-0 interrupt handler, rings the CRT 32 * bell approximately every 3 seconds; called 33 * from vector in CSTARTUP module */ 34 { \ 001D ring_bell: \ 001D E4 CLR A \ 001E 7800 MOV R0,#0 \ 0020 7904 MOV R1,#4 \ 0022 120000 LCALL ?ENTER_L17 35 static int intr_ctr = 0; /* counter for number of interrupts */ 36 37 output(TH0,0x4C); /* reload timer again, hi byte */ \ 0025 7B4C MOV R3,#76 \ 0027 8B8C MOV 140,R3 38 output(TL0,0); /* low byte */ \ 0029 7B00 MOV R3,#0 \ 002B 8B8A MOV 138,R3 39 if(++intr_ctr == 60) /* only do every 60 interrupts */ \ 002D 7B00 MOV R3,#LOW(?0001) \ 002F 7A00 MOV R2,#HIGH(?0001) \ 0031 120000 LCALL ?PRINC1_L05 \ 0034 02 DB 2 \ 0035 8B05 MOV _R+5,R3 \ 0037 8A04 MOV _R+4,R2 \ 0039 7B3C MOV R3,#60 \ 003B 7A00 MOV R2,#0 \ 003D 120000 LCALL ?I_CMP_EQ_L02 \ 0040 6016 JZ ?0003 \ 0042 ?0002: 40 { 41 putchar(BELL); /* ring the bell, or do some useful task */ \ 0042 7B07 MOV R3,#7 \ 0044 7A00 MOV R2,#0 \ 0046 900002 MOV DPTR,#2 \ 0049 120000 LCALL putchar 42 intr_ctr = 0; \ 004C 7B00 MOV R3,#0 \ 004E 7A00 MOV R2,#0 \ 0050 900000 MOV DPTR,#?0001 \ 0053 EA MOV A,R2 \ 0054 F0 MOVX @DPTR,A \ 0055 EB MOV A,R3 \ 0056 A3 INC DPTR \ 0057 F0 MOVX @DPTR,A \ 0058 ?0003: 43 } 44 } \ 0058 ?0004: \ 0058 020000 LJMP ?LEAVE_L17 45 46 47 /* ------------------------------------------------------------ */ 48 49 #define BIT_VAR 0 /* 1st bit address in internal RAM (20.0 hex) */ 50 51 void do_io() /* demonstrate 8051 I/O functions */ 52 { \ 005B do_io: \ 005B E4 CLR A \ 005C 7800 MOV R0,#0 \ 005E 7905 MOV R1,#5 \ 0060 120000 LCALL ?ENTER_L17 53 char c; 54 55 /* write and read Port 1 */ 56 output(P1,0x0F); \ 0063 7B0F MOV R3,#15 \ 0065 8B90 MOV 144,R3 57 printf("\nPort 1: %02X\n",input(P1)); \ 0067 AB90 MOV R3,144 \ 0069 7A00 MOV R2,#0 \ 006B 120000 LCALL ?PUSH_R2_R3_L17 \ 006E 7B00 MOV R3,#LOW(?0005) \ 0070 7A00 MOV R2,#HIGH(?0005) \ 0072 900004 MOV DPTR,#4 \ 0075 120000 LCALL printf 58 /* Write and read an absolute external data address, 59 * such as a UART or other memory-mapped I/O device. 60 * "(char *)" casts the int constant to a char pointer. */ 61 *(char *)0xE000 = c; /* write */ \ 0078 120000 LCALL ?LD_REL1_L11 \ 007B 0400 DW 1024 \ 007D 8B05 MOV _R+5,R3 \ 007F 7B00 MOV R3,#0 \ 0081 7AE0 MOV R2,#224 \ 0083 120000 LCALL ?ST_IND1_L08 62 c = *(char *)0xE000; /* read */ \ 0086 7B00 MOV R3,#0 \ 0088 7AE0 MOV R2,#224 \ 008A 8A83 MOV DPH,R2 \ 008C 8B82 MOV DPL,R3 \ 008E E0 MOVX A,@DPTR \ 008F FB MOV R3,A \ 0090 120000 LCALL ?ST_REL1_L13 \ 0093 0400 DW 1024 63 c = read_XDATA(0xE00); /* another way, for SMALL model */ \ 0095 7B00 MOV R3,#0 \ 0097 7A0E MOV R2,#14 \ 0099 8A83 MOV DPH,R2 \ 009B 8B82 MOV DPL,R3 \ 009D E0 MOVX A,@DPTR \ 009E FB MOV R3,A \ 009F 120000 LCALL ?ST_REL1_L13 \ 00A2 0400 DW 1024 64 printf("Data at E000h = %02Xh\n",c); \ 00A4 120000 LCALL ?LD_REL1_L11 \ 00A7 0400 DW 1024 \ 00A9 7A00 MOV R2,#0 \ 00AB 120000 LCALL ?PUSH_R2_R3_L17 \ 00AE 7B0F MOV R3,#LOW(?0006) \ 00B0 7A00 MOV R2,#HIGH(?0006) \ 00B2 900004 MOV DPTR,#4 \ 00B5 120000 LCALL printf 65 /* read a byte of CODE memory */ 66 printf("Location 0 in code memory is: %02X",read_CODE(0)); \ 00B8 7B00 MOV R3,#0 \ 00BA 7A00 MOV R2,#0 \ 00BC 8A83 MOV DPH,R2 \ 00BE 8B82 MOV DPL,R3 \ 00C0 E4 CLR A \ 00C1 93 MOVC A,@A+DPTR \ 00C2 FB MOV R3,A \ 00C3 7A00 MOV R2,#0 \ 00C5 120000 LCALL ?PUSH_R2_R3_L17 \ 00C8 7B26 MOV R3,#LOW(?0007) \ 00CA 7A00 MOV R2,#HIGH(?0007) \ 00CC 900004 MOV DPTR,#4 \ 00CF 120000 LCALL printf 67 /* show use of bit-addressable RAM variables */ 68 if(read_bit(P1_0_bit) || read_bit(P1_1_bit)) \ 00D2 209003 JB P1.0,?0008 \ 00D5 309102 JNB P1.1,?0009 \ 00D8 ?0010: \ 00D8 ?0011: \ 00D8 ?0008: 69 set_bit(BIT_VAR); \ 00D8 D200 SETB 32.0 \ 00DA ?0009: 70 } \ 00DA ?0012: \ 00DA 020000 LJMP ?LEAVE_L17 71 72 /* ------------------------------------------------------------ 73 * Eratosthenese Sieve program from BYTE, 1/83 */ 74 75 #define SIZE 8190 /* size of array for sieve routine */ 76 char flags[SIZE+1]; /* array for sieve */ 77 78 void sieve() 79 { \ 00DD sieve: \ 00DD E4 CLR A \ 00DE 7800 MOV R0,#0 \ 00E0 790E MOV R1,#14 \ 00E2 120000 LCALL ?ENTER_L17 80 register int i,k; /* register class NOT supported -- ignored */ 81 int prime,count,iter; 82 83 printf("\nSieve: 10 iterations...\n"); \ 00E5 7B49 MOV R3,#LOW(?0013) \ 00E7 7A00 MOV R2,#HIGH(?0013) \ 00E9 900002 MOV DPTR,#2 \ 00EC 120000 LCALL printf 84 for (iter = 1; iter <= 10; iter++) /* do program 10 times */ \ 00EF 7B01 MOV R3,#1 \ 00F1 7A00 MOV R2,#0 \ 00F3 120000 LCALL ?ST_REL2_L13 \ 00F6 0C00 DW 3072 \ 00F8 ?0015: \ 00F8 120000 LCALL ?LD_REL2_L11 \ 00FB 0C00 DW 3072 \ 00FD 8B05 MOV _R+5,R3 \ 00FF 8A04 MOV _R+4,R2 \ 0101 7B0A MOV R3,#10 \ 0103 7A00 MOV R2,#0 \ 0105 120000 LCALL ?SI_CMP_LE_L02 \ 0108 7003 JNZ $+5 \ 010A 020235 LJMP ?0014 \ 010D ?0016: 85 { 86 count = 0; /* initialize prime counter */ \ 010D 7B00 MOV R3,#0 \ 010F 7A00 MOV R2,#0 \ 0111 120000 LCALL ?ST_REL2_L13 \ 0114 0A00 DW 2560 87 for (i = 0; i <= SIZE; i++) /* set all flags true */ \ 0116 7B00 MOV R3,#0 \ 0118 7A00 MOV R2,#0 \ 011A 120000 LCALL ?ST_REL2_L13 \ 011D 0400 DW 1024 \ 011F ?0019: \ 011F 120000 LCALL ?LD_REL2_L11 \ 0122 0400 DW 1024 \ 0124 8B05 MOV _R+5,R3 \ 0126 8A04 MOV _R+4,R2 \ 0128 7BFE MOV R3,#254 \ 012A 7A1F MOV R2,#31 \ 012C 120000 LCALL ?SI_CMP_LE_L02 \ 012F 602A JZ ?0018 \ 0131 ?0020: 88 flags[i] = TRUE; \ 0131 7B01 MOV R3,#1 \ 0133 8B05 MOV _R+5,R3 \ 0135 7B00 MOV R3,#LOW(flags) \ 0137 7A00 MOV R2,#HIGH(flags) \ 0139 120000 LCALL ?PUSH_R5_L17 \ 013C 8B05 MOV _R+5,R3 \ 013E 8A04 MOV _R+4,R2 \ 0140 120000 LCALL ?LD_REL2_L11 \ 0143 0500 DW 1280 \ 0145 120000 LCALL ?I_ADD_L14 \ 0148 120000 LCALL ?POP_R5_L17 \ 014B 120000 LCALL ?ST_IND1_L08 \ 014E 7404 MOV A,#4 \ 0150 2F ADD A,R7 \ 0151 FB MOV R3,A \ 0152 E4 CLR A \ 0153 3E ADDC A,R6 \ 0154 FA MOV R2,A \ 0155 120000 LCALL ?POINC1_L05 \ 0158 02 DB 2 89 for (i = 0; i <= SIZE; i++) \ 0159 80C4 SJMP ?0019 \ 015B ?0018: \ 015B 7B00 MOV R3,#0 \ 015D 7A00 MOV R2,#0 \ 015F 120000 LCALL ?ST_REL2_L13 \ 0162 0400 DW 1024 \ 0164 ?0023: \ 0164 120000 LCALL ?LD_REL2_L11 \ 0167 0400 DW 1024 \ 0169 8B05 MOV _R+5,R3 \ 016B 8A04 MOV _R+4,R2 \ 016D 7BFE MOV R3,#254 \ 016F 7A1F MOV R2,#31 \ 0171 120000 LCALL ?SI_CMP_LE_L02 \ 0174 7003 JNZ $+5 \ 0176 020227 LJMP ?0022 \ 0179 ?0024: 90 { 91 if (flags[i]) /* found a prime */ \ 0179 7B00 MOV R3,#LOW(flags) \ 017B 7A00 MOV R2,#HIGH(flags) \ 017D 8B05 MOV _R+5,R3 \ 017F 8A04 MOV _R+4,R2 \ 0181 120000 LCALL ?LD_REL2_L11 \ 0184 0400 DW 1024 \ 0186 120000 LCALL ?I_ADD_L14 \ 0189 8A83 MOV DPH,R2 \ 018B 8B82 MOV DPL,R3 \ 018D E0 MOVX A,@DPTR \ 018E 7003 JNZ $+5 \ 0190 020219 LJMP ?0027 \ 0193 ?0026: 92 { 93 prime = i + i + 3; /* twice index + 3 */ \ 0193 120000 LCALL ?LD_REL2_L11 \ 0196 0400 DW 1024 \ 0198 8B05 MOV _R+5,R3 \ 019A 8A04 MOV _R+4,R2 \ 019C 120000 LCALL ?LD_REL2_L11 \ 019F 0400 DW 1024 \ 01A1 120000 LCALL ?I_ADD_L14 \ 01A4 8B05 MOV _R+5,R3 \ 01A6 8A04 MOV _R+4,R2 \ 01A8 7B03 MOV R3,#3 \ 01AA 7A00 MOV R2,#0 \ 01AC 120000 LCALL ?I_ADD_L14 \ 01AF 120000 LCALL ?ST_REL2_L13 \ 01B2 0800 DW 2048 94 for (k = i + prime; k <= SIZE; k += prime) \ 01B4 120000 LCALL ?LD_REL2_L11 \ 01B7 0400 DW 1024 \ 01B9 8B05 MOV _R+5,R3 \ 01BB 8A04 MOV _R+4,R2 \ 01BD 120000 LCALL ?LD_REL2_L11 \ 01C0 0800 DW 2048 \ 01C2 120000 LCALL ?I_ADD_L14 \ 01C5 120000 LCALL ?ST_REL2_L13 \ 01C8 0600 DW 1536 \ 01CA ?0029: \ 01CA 120000 LCALL ?LD_REL2_L11 \ 01CD 0600 DW 1536 \ 01CF 8B05 MOV _R+5,R3 \ 01D1 8A04 MOV _R+4,R2 \ 01D3 7BFE MOV R3,#254 \ 01D5 7A1F MOV R2,#31 \ 01D7 120000 LCALL ?SI_CMP_LE_L02 \ 01DA 6032 JZ ?0028 \ 01DC ?0030: 95 flags[k] = FALSE; /* kill all multiples */ \ 01DC 7B00 MOV R3,#0 \ 01DE 8B05 MOV _R+5,R3 \ 01E0 7B00 MOV R3,#LOW(flags) \ 01E2 7A00 MOV R2,#HIGH(flags) \ 01E4 120000 LCALL ?PUSH_R5_L17 \ 01E7 8B05 MOV _R+5,R3 \ 01E9 8A04 MOV _R+4,R2 \ 01EB 120000 LCALL ?LD_REL2_L11 \ 01EE 0700 DW 1792 \ 01F0 120000 LCALL ?I_ADD_L14 \ 01F3 120000 LCALL ?POP_R5_L17 \ 01F6 120000 LCALL ?ST_IND1_L08 \ 01F9 120000 LCALL ?LD_REL2_L11 \ 01FC 0800 DW 2048 \ 01FE 8B05 MOV _R+5,R3 \ 0200 8A04 MOV _R+4,R2 \ 0202 7406 MOV A,#6 \ 0204 2F ADD A,R7 \ 0205 FB MOV R3,A \ 0206 E4 CLR A \ 0207 3E ADDC A,R6 \ 0208 FA MOV R2,A \ 0209 120000 LCALL ?I_ADD_ASG_L00 96 count++; /* primes found */ \ 020C 80BC SJMP ?0029 \ 020E ?0028: \ 020E 740A MOV A,#10 \ 0210 2F ADD A,R7 \ 0211 FB MOV R3,A \ 0212 E4 CLR A \ 0213 3E ADDC A,R6 \ 0214 FA MOV R2,A \ 0215 120000 LCALL ?POINC1_L05 \ 0218 02 DB 2 \ 0219 ?0027: \ 0219 7404 MOV A,#4 \ 021B 2F ADD A,R7 \ 021C FB MOV R3,A \ 021D E4 CLR A \ 021E 3E ADDC A,R6 \ 021F FA MOV R2,A \ 0220 120000 LCALL ?POINC1_L05 \ 0223 02 DB 2 97 } 98 } 99 } \ 0224 020164 LJMP ?0023 \ 0227 ?0022: \ 0227 740C MOV A,#12 \ 0229 2F ADD A,R7 \ 022A FB MOV R3,A \ 022B E4 CLR A \ 022C 3E ADDC A,R6 \ 022D FA MOV R2,A \ 022E 120000 LCALL ?POINC1_L05 \ 0231 02 DB 2 100 printf("%d primes, sieve done.\n",count); /* found in 10th pass */ \ 0232 0200F8 LJMP ?0015 \ 0235 ?0014: \ 0235 120000 LCALL ?LD_REL2_L11 \ 0238 0A00 DW 2560 \ 023A 120000 LCALL ?PUSH_R2_R3_L17 \ 023D 7B63 MOV R3,#LOW(?0032) \ 023F 7A00 MOV R2,#HIGH(?0032) \ 0241 900004 MOV DPTR,#4 \ 0244 120000 LCALL printf 101 } \ 0247 ?0033: \ 0247 020000 LJMP ?LEAVE_L17 102 103 /* ------------------------------------------------------------ */ 104 void main() /* Main EXAMPLE.C program */ 105 { \ 024A main: \ 024A E4 CLR A \ 024B 7800 MOV R0,#0 \ 024D 7904 MOV R1,#4 \ 024F 120000 LCALL ?ENTER_L17 106 printf("EXAMPLE.C sample program.\n"); \ 0252 7B7B MOV R3,#LOW(?0034) \ 0254 7A00 MOV R2,#HIGH(?0034) \ 0256 900002 MOV DPTR,#2 \ 0259 120000 LCALL printf 107 set_timer(); /* turn on timer and interrupts */ \ 025C 900000 MOV DPTR,#0 \ 025F 120000 LCALL set_timer 108 printf("Timer enabled, bell should ring every 3 seconds.\n\n"); \ 0262 7B96 MOV R3,#LOW(?0035) \ 0264 7A00 MOV R2,#HIGH(?0035) \ 0266 900002 MOV DPTR,#2 \ 0269 120000 LCALL printf 109 do_io(); /* display RAM, Port1, etc. */ \ 026C 900000 MOV DPTR,#0 \ 026F 12005B LCALL do_io 110 printf("\nPulsing Port 1.7 (8051 pin 8)\n"); \ 0272 7BC9 MOV R3,#LOW(?0036) \ 0274 7A00 MOV R2,#HIGH(?0036) \ 0276 900002 MOV DPTR,#2 \ 0279 120000 LCALL printf 111 pulse(200,0xA5); /* call assembler routine pulse P1 */ \ 027C 7BA5 MOV R3,#165 \ 027E 120000 LCALL ?PUSH_R3_L17 \ 0281 7BC8 MOV R3,#200 \ 0283 7A00 MOV R2,#0 \ 0285 900003 MOV DPTR,#3 \ 0288 120000 LCALL pulse 112 sieve(); /* do the Sieve benchmark */ \ 028B 900000 MOV DPTR,#0 \ 028E 1200DD LCALL sieve 113 } \ 0291 ?0037: \ 0291 020000 LJMP ?LEAVE_L17 \ 0000 RSEG ECSTR \ 0000 ?0005: \ 000F DS 15 \ 000F ?0006: \ 0026 DS 23 \ 0026 ?0007: \ 0049 DS 35 \ 0049 ?0013: \ 0063 DS 26 \ 0063 ?0032: \ 007B DS 24 \ 007B ?0034: \ 0096 DS 27 \ 0096 ?0035: \ 00C9 DS 51 \ 00C9 ?0036: \ 00E9 DS 32 \ 0000 RSEG CCSTR \ 0000 0A506F72 DB 10,'Port 1: %02X',10,0 \ 0004 7420313A \ 0008 20253032 \ 000C 580A00 \ 000F 44617461 DB 'Data at E000h = %02Xh',10,0 \ 0013 20617420 \ 0017 45303030 \ 001B 68203D20 \ 001F 25303258 \ 0023 680A00 \ 0026 4C6F6361 DB 'Location 0 in code memory is: %02X',0 \ 002A 74696F6E \ 002E 20302069 \ 0032 6E20636F \ 0036 6465206D \ 003A 656D6F72 \ 003E 79206973 \ 0042 3A202530 \ 0046 325800 \ 0049 0A536965 DB 10,'Sieve: 10 iterations...',10,0 \ 004D 76653A20 \ 0051 31302069 \ 0055 74657261 \ 0059 74696F6E \ 005D 732E2E2E \ 0061 0A00 \ 0063 25642070 DB '%d primes, sieve done.',10,0 \ 0067 72696D65 \ 006B 732C2073 \ 006F 69657665 \ 0073 20646F6E \ 0077 652E0A00 \ 007B 4558414D DB 'EXAMPLE.C sample program.',10,0 \ 007F 504C452E \ 0083 43207361 \ 0087 6D706C65 \ 008B 2070726F \ 008F 6772616D \ 0093 2E0A00 \ 0096 54696D65 DB 'Timer enabled, bell should ring every 3 seconds.',10,10,0 \ 009A 7220656E \ 009E 61626C65 \ 00A2 642C2062 \ 00A6 656C6C20 \ 00AA 73686F75 \ 00AE 6C642072 \ 00B2 696E6720 \ 00B6 65766572 \ 00BA 79203320 \ 00BE 7365636F \ 00C2 6E64732E \ 00C6 0A0A00 \ 00C9 0A50756C DB 10,'Pulsing Port 1.7 (8051 pin 8)',10,0 \ 00CD 73696E67 \ 00D1 20506F72 \ 00D5 7420312E \ 00D9 37202838 \ 00DD 30353120 \ 00E1 70696E20 \ 00E5 38290A00 \ 0000 RSEG UDATA \ 0000 flags: \ 1FFF DS 8191 \ 0000 RSEG CDATA \ 0000 0000 DW 0 \ 0000 RSEG IDATA \ 0000 ?0001: \ 0002 DS 2 \ 0002 END Errors: none Warnings: none Code size: 660