CLEAR STORAGE 1 ,008015,022026,030037,044,049,053053N000000N00001026 1 CLEAR STORAGE 2 L068116,105106,110117B101/I9I#071029C029056B026/B001/0991,001/001117I0? 2 BOOTSTRAP ,008015,022029,036040,047054,061068,072/061039 ,0010011040 3 0 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 1 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 101 JOB FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 102 CTL 6611 103 * 104 * CONSTANTS IN THE SOURCE PROGRAM ARE NOTED AND NORMALIZED 105 * AND/OR TRUNCATED. THE ONLY WORD MARKS IN THE STATEMENT ARE 106 * UNDER THE GROUP MARKS THAT SEPARATE PREFIX FROM BODY AND 107 * ONE STATEMENT FROM ANOTHER. 108 * 109 X1 EQU 89 0089 110 X2 EQU 94 0094 111 X3 EQU 99 0099 112 * 113 * ON ENTRY, X1 IS THE TOP OF CODE. 114 * 115 * ON EXIT, CODE IS MOVED UP TO THE TOP, 83 IS THE TOP OF 116 * CODE, AND X2 IS ONE BELOW THE BOTTOM OF CODE. 117 * 118 * STUFF IN THE RESIDENT AREA 119 * 120 PHASID EQU 110 PHASE ID, FOR SNAPSHOT DUMPS 0110 121 GLOBER EQU 184 GLOBAL ERROR FLAG -- WM MEANS ERROR 0184 122 SNAPSH EQU 333 CORE DUMP SNAPSHOT 0333 123 TOPCOR EQU 688 TOP CORE ADDRESS FROM PARAM CARD 0688 124 IMOD EQU 690 INTEGER MODULUS -- NUMBER OF DIGITS 0690 125 MANTIS EQU 692 FLOATING POINT MANTISSA DIGITS 0692 126 LOADNX EQU 700 LOAD NEXT OVERLAY 0700 127 CLEARL EQU 707 CS AT START OF OVERLAY LOADER 0707 128 CDOVLY EQU 769 1 IF RUNNING FROM CARDS, N IF FROM TAPE 0769 129 LOADXX EQU 793 EXIT FROM OVERLAY LOADER 0793 130 * 131 ORG 838 0838 132 LOADDD EQU *&1 LOAD ADDRESS 0838 133 838 BEGINN CS 299 4 0838 / 299 4 134 842 SW GM 4 0842 , L49 4 135 846 SW 200 4 0846 , 200 4 136 850 MCW TOPCOR,X2 7 0850 M 688 094 4 137 857 MN 0&X2 4 0857 D 0!0 4 138 861 MN 1 0861 D 4 139 862 SAR X2 TOPCOR-2 4 0862 Q 094 4 140 866 SBR 83 TOPCOR-2 4 0866 H 083 5 141 870 LCA GM,1&X2 GMWM TO TOPCOR-1 7 0870 L L49 0!1 5 142 877 LOOP BCE DONE,0&X1, BOTTOM OF STATEMENTS IF BLANK 8 0877 B J53 0|0 5 143 885 MCW 0&X1,SEQCOD 7 0885 M 0|0 L53 5 144 892 LCA 0&X1,PREFIX 7 0892 L 0|0 L63 5 145 899 SAR X1 4 0899 Q 089 5 146 903 SBR SX1 4 0903 H L66 6 147 907 SBR SX2,0&X2 7 0907 H L69 0!0 6 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 2 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 148 914 LCA PREFIX,0&X2 MOVE PREFIX UP 7 0914 L L63 0!0 6 149 921 SBR X2 4 0921 H 094 6 150 925 MCW SEQCOD-3,*&8 7 0925 M L50 939 6 151 932 BCE IO,CODES,0 INTERESTING STATEMENT? 8 0932 B 972 L79 0 6 152 940 CHAIN 9 MACRO 153 BCE 1 0940 B GEN 6 154 BCE 1 0941 B GEN 7 155 BCE 1 0942 B GEN 7 156 BCE 1 0943 B GEN 7 157 BCE 1 0944 B GEN 7 158 BCE 1 0945 B GEN 7 159 BCE 1 0946 B GEN 7 160 BCE 1 0947 B GEN 7 161 BCE 1 0948 B GEN 8 162 949 LCA 0&X1,0&X2 MOVE STATEMENT BODY UP 7 0949 L 0|0 0!0 8 163 956 SAR X1 4 0956 Q 089 8 164 960 C 0&X2 4 0960 C 0!0 8 165 964 SAR X2 4 0964 Q 094 8 166 968 B LOOP 4 0968 B 877 8 167 * 168 * I/O, IF, DO, ARITHEMTIC STATEMENT 169 * 170 972 IO SBR X3,CODTAB-4 7 0972 H 099 L07 8 171 979 MCW SEQCOD-3,*&8 7 0979 M L50 993 9 172 986 SEARCH BCE FOUND,4&X3,0 8 0986 B |02 0?4 0 9 173 994 SBR X3 4 0994 H 099 9 174 998 B SEARCH 4 0998 B 986 9 175 * 176 * FOUND THE STATEMENT CODE IN CODTAB. COPY THE INTERESTING 177 * PUNCTUATION AND THE COUNT TO PUNCNT. THE PUNCTUATION 178 * MARK IS WHAT IS SOUGHT IN THE STATEMENT. THE COUNT 179 * PART IS 2 MINUS THE NUMBER OF TIMES THE PUNCTUATION 180 * MARK MUST BE FOUND. IT STARTS AT 0, 1 OR 2, AND IS 181 * INCREMENTED UNTIL IT IS 2. 182 * 183 1 002 FOUND MCW 6&X3,PUNCNT 7 1002 M 0?6 L81 9 184 1 009 MCW PUNCNT-1,SCHPUN&7 7 1009 M L80 |38 9 185 1 016 SCHCNT BCE FOUND2,PUNCNT,2 FOUND IT ENOUGH TIMES? 8 1016 B |67 L81 2 10 186 1 024 A K1,PUNCNT 7 1024 A L82 L81 10 187 1 031 SCHPUN BCE GOTPUN,0&X1,0 FOUND THE DESIRED PUNCTUATION? 8 1031 B |55 0|0 0 10 188 1 039 BCE FOUND2,0&X1,} FOUND GM? 8 1039 B |67 0|0 } GMARK 10 189 1 047 SBR X1 4 1047 H 089 10 190 1 051 B SCHPUN GO SEARCH FOR MORE PUNCTUATION 4 1051 B |31 10 191 1 055 GOTPUN MN 0&X1 4 1055 D 0|0 11 192 1 059 SAR X1 4 1059 Q 089 11 193 1 063 B SCHCNT GO TEST HAVE WE SEEN IT ENOUGH TIMES? 4 1063 B |16 11 194 1 067 FOUND2 BWZ NOZONE,0&X1,3 DIGIT OR GMWM? 8 1067 V |91 0|0 3 11 195 1 075 SBR X1 4 1075 H 089 11 196 1 079 BCE SWITCH,1&X1,$ SUBSCRIPT? 8 1079 B /76 0|1 $ 11 197 1 087 B FOUND2 4 1087 B |67 11 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 3 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 198 1 091 NOZONE BCE ENDSTM,0&X1,} GM MEANS END OF STATEMENT 8 1091 B J95 0|0 } GMARK 12 199 1 099 SBR X1 4 1099 H 089 12 200 1 103 BCE FOUND2,1&X1,# ASSIGNMENT OPERATOR IS NOT A NUMBER 8 1103 B |67 0|1 # 12 201 1 111 BCE FOUND2,1&X1,@ ATSIGN IS NOT A NUMBER 8 1111 B |67 0|1 @ 12 202 1 119 MCW 2&X1,BEFORE 7 1119 M 0|2 L48 12 203 1 126 MCW AT 1 1126 M 12 204 1 127 MCW AFTER 1 1127 M 12 205 1 128 SAR X1 4 1128 Q 089 13 206 1 132 MCW BEFORE,*&8 7 1132 M L48 /46 13 207 1 139 BCE FOUND3,OPPUN,0 CHAR BEFORE IS OPERATOR OR PUNCT? 8 1139 B S16 L93 0 13 208 1 147 CHAIN 10 MACRO 209 BCE 1 1147 B GEN 13 210 BCE 1 1148 B GEN 13 211 BCE 1 1149 B GEN 13 212 BCE 1 1150 B GEN 13 213 BCE 1 1151 B GEN 14 214 BCE 1 1152 B GEN 14 215 BCE 1 1153 B GEN 14 216 BCE 1 1154 B GEN 14 217 BCE 1 1155 B GEN 14 218 BCE 1 1156 B GEN 14 219 1 157 BCE ENDSTM,1&X1,} 8 1157 B J95 0|1 } GMARK 14 220 1 165 BACKSP SBR X1,1&X1 7 1165 H 089 0|1 15 221 1 172 B FOUND2 4 1172 B |67 15 222 * 223 * SUBSCRIPT BEGIN 224 * 225 1 176 SWITCH NOP UNSW 4 1176 N /98 15 226 1 180 MCW BRANCH,SWITCH 7 1180 M L94 /76 15 227 1 187 MCW KB1,SWICH3&4 SET TO UNCONDITIONAL BRANCH 7 1187 M N04 !42 15 228 1 194 B FOUND2 4 1194 B |67 15 229 * 230 * SUBSCRIPT END 231 * 232 1 198 UNSW MCW NOP,SWITCH 7 1198 M L95 /76 16 233 1 205 MCW UNEQ,SWICH3&4 SET TO BRANCH UNEQUAL 7 1205 M L96 !42 16 234 1 212 B FOUND2 4 1212 B |67 16 235 * 236 * FOUND A DIGIT PRECEDED BY AN OPERATOR OR PUNCTUATION IN OPPUN 237 * 238 1 216 FOUND3 BCE DECMAL,3&X1,. 3&X1 = BEFORE 8 1216 B K32 0|3 . 16 239 1 224 MCW AFTER,*&8 7 1224 M L46 S38 16 240 1 231 BCE BACKSP,ATHRUR,0 ?A-I!J-R ? 8 1231 B /65 M16 0 17 241 1 239 CHAIN 19 MACRO 242 BCE 1 1239 B GEN 17 243 BCE 1 1240 B GEN 17 244 BCE 1 1241 B GEN 17 245 BCE 1 1242 B GEN 17 246 BCE 1 1243 B GEN 17 247 BCE 1 1244 B GEN 17 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 4 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 248 BCE 1 1245 B GEN 18 249 BCE 1 1246 B GEN 18 250 BCE 1 1247 B GEN 18 251 BCE 1 1248 B GEN 18 252 BCE 1 1249 B GEN 18 253 BCE 1 1250 B GEN 18 254 BCE 1 1251 B GEN 18 255 BCE 1 1252 B GEN 19 256 BCE 1 1253 B GEN 19 257 BCE 1 1254 B GEN 19 258 BCE 1 1255 B GEN 19 259 BCE 1 1256 B GEN 19 260 BCE 1 1257 B GEN 19 261 1 258 BCE TESTIF,3&X1,) 8 1258 B J83 0|3 ) 19 262 1 266 MARK SW 3&X1 WM ABOVE FIELD 4 1266 , 0|3 20 263 1 270 MCW SX1,X3 7 1270 M L66 099 20 264 1 277 LCA 0&X3,0&X2 MOVE UP STUFF ABOVE FIELD 7 1277 L 0?0 0!0 20 265 1 284 SBR X2 4 1284 H 094 20 266 1 288 MCW KLESS,3&X1 7 1288 M M17 0|3 20 267 1 295 SBR TLESS&6,3&X1 7 1295 H J17 0|3 20 268 1 302 CW 1&X2 4 1302 ) 0!1 21 269 1 306 LCA KUNDER,0&X2 MARK TOP OF CONSTANT 7 1306 L M18 0!0 21 270 1 313 SBR X2 4 1313 H 094 21 271 1 317 CW 1&X2 4 1317 ) 0!1 21 272 1 321 CW FLAG 4 1321 ) N44 21 273 1 325 S EXP 4 1325 S M20 21 274 1 329 S SIGWID 4 1329 S M23 21 275 1 333 S NLZ 4 1333 S M28 22 276 1 337 MCW SW,SWNOP 7 1337 M M24 K64 22 277 1 344 MCW NOP,ASN2 7 1344 M L95 T90 22 278 1 351 MCW BRANCH,SWICH2 7 1351 M L94 U04 22 279 1 358 SBR MAN&3,ADD 7 1358 H K75 L41 22 280 1 365 SBR MSN&3,SUB 7 1365 H K46 L42 22 281 1 372 SBR X1,2&X1 7 1372 H 089 0|2 23 282 1 379 ZSCAN MCW 0&X1,AT 7 1379 M 0|0 L47 23 283 1 386 SAR X1 4 1386 Q 089 23 284 1 390 ASN2 NOP KP1,EXP ADD, SUB OR NOP 7 1390 N M25 M20 23 285 1 397 A KP1,NLZ 7 1397 A M25 M28 23 286 1 404 SWICH2 BCE ZSCAN,AT,0 8 1404 B T79 L47 0 24 287 1 412 BCE MSN,AT,. 8 1412 B K43 L47 . 24 288 1 420 BCE MAN,SWICH2,B 8 1420 B K72 U04 B 24 289 1 428 A KP1,SIGWID 7 1428 A M25 M23 24 290 1 435 TSTASG BCE KLEFT,AT,# CONSTANT ON LEFT SIDE OF EQUAL SIGN 8 1435 B X20 L47 # 24 291 1 443 BCE *&9,AT,@ ORIGINALLY SLASH IN INPUT? 8 1443 B U59 L47 @ 25 292 1 451 BWZ ZSCAN,AT,2 8 1451 V T79 L47 2 25 293 1 459 C MAN&3,ANOP 7 1459 C K75 L45 25 294 1 466 BU GOTIK 5 1466 B Z31 / 25 295 1 471 BWZ *&8,EXP,B 8 1471 V U86 M20 B 25 296 1 479 A KP1,EXP 7 1479 A M25 M20 26 297 1 486 SW 2&X1 4 1486 , 0|2 26 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 5 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 298 1 490 BCE DEC2,2&X1,. 8 1490 B Y22 0|2 . 26 299 1 498 DECBAK BCE GOTEXP,AT,E 8 1498 B Y37 L47 E 26 300 1 506 EXPBAK C NLZ,KP01 7 1506 C M28 M30 26 301 1 513 NOP SYNTAX 4 1513 N X84 26 302 1 517 NOP 1 1517 N 26 303 1 518 C SIGWID,KPZ3 7 1518 C M23 M33 27 304 1 525 BU GOTFPK 5 1525 B V49 / 27 305 1 530 SYNBAK LCA K15K,0&X2 7 1530 L M36 0!0 27 306 1 537 SBR X2 4 1537 H 094 27 307 1 541 CW 1&X2 4 1541 ) 0!1 27 308 1 545 B TLESSX 4 1545 B J00 27 309 * 310 * FOUND A FLOATING-POINT CONSTANT 311 * 312 1 549 GOTFPK MCW X1,SX1A 7 1549 M 089 M39 27 313 1 556 BW *&8,FLAG 8 1556 V V71 N44 1 28 314 1 564 LCA 0&X3,1&X3 7 1564 L 0?0 0?1 28 315 1 571 MCW SX1B,X1 7 1571 M M42 089 28 316 1 578 MCW MANTIS,WIDTH 7 1578 M 692 M44 28 317 1 585 A KP2,WIDTH 7 1585 A M45 M44 28 318 1 592 SBR X3,198 7 1592 H 099 198 29 319 1 599 SW 200 4 1599 , 200 29 320 1 603 FLOOP MCW 0&X1,AT USE THE 7 1603 M 0|0 L47 29 321 1 610 SAR X1 PRINT AREA 4 1610 Q 089 29 322 1 614 MCW AT,2&X3 TO REVERSE 7 1614 M L47 0?2 29 323 1 621 SBR X3 THE CONSTANT 4 1621 H 099 29 324 1 625 BW FINFK,1&X1 TO CORRECT 8 1625 V W52 0|1 1 30 325 1 633 S KP1,WIDTH ORDER 7 1633 S M25 M44 30 326 1 640 C WIDTH,KP00 7 1640 C M44 M47 30 327 1 647 BU FLOOP 5 1647 B W03 / 30 328 1 652 FINFK SBR X3,1&X3 FINISHED WITH FLOATING POINT CONSTANT 7 1652 H 099 0?1 30 329 1 659 SKIP0 BCE *&5,0&X3,0 8 1659 B W71 0?0 0 31 330 1 667 B NOT0 4 1667 B W83 31 331 1 671 MN 0&X3 4 1671 D 0?0 31 332 1 675 SAR X3 4 1675 Q 099 31 333 1 679 B SKIP0 4 1679 B W59 31 334 1 683 NOT0 MN 0&X3 4 1683 D 0?0 31 335 1 687 SAR X3 4 1687 Q 099 31 336 1 691 MCW EXP,3&X3 MOVE EXPONENT 7 1691 M M20 0?3 32 337 1 698 MZ ADD2,1&X3 ZONE FOR MANTISSA 7 1698 Y M48 0?1 32 338 1 705 LCA 3&X3,0&X2 7 1705 L 0?3 0!0 32 339 1 712 SBR X2 4 1712 H 094 32 340 1 716 B KFIN 4 1716 B !89 32 341 * 342 * CONSTANT ON LEFT SIDE OF EQUAL SIGN 343 * 344 1 720 KLEFT CS 332 4 1720 / 332 32 345 1 724 CS 1 1724 / 32 346 1 725 SW GLOBER 4 1725 , 184 33 347 1 729 MN SEQCOD,256 7 1729 D L53 256 33 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 6 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 348 1 736 MN 1 1736 D 33 349 1 737 MN 1 1737 D 33 350 1 738 MCW KLM1 4 1738 M M70 33 351 1 742 MCW KLM2 4 1742 M N03 33 352 1 746 W 1 1746 2 33 353 1 747 BCV *&5 5 1747 B X56 @ 34 354 1 752 B *&3 4 1752 B X58 34 355 1 756 CC 1 2 1756 F 1 34 356 1 758 MCW SX2,X2 7 1758 M L69 094 34 357 1 765 MCW KB1,0&X2 7 1765 M N04 0!0 34 358 1 772 C 0&X1 4 1772 C 0|0 34 359 1 776 SAR X1 4 1776 Q 089 34 360 1 780 B LOOP 4 1780 B 877 35 361 * 362 * SYNTAX ERROR FOR CONSTANT 363 * 364 1 784 SYNTAX CS 332 4 1784 / 332 35 365 1 788 CS 1 1788 / 35 366 1 789 SW GLOBER 4 1789 , 184 35 367 1 793 MN SEQCOD,241 7 1793 D L53 241 35 368 1 800 MN 1 1800 D 35 369 1 801 MN 1 1801 D 35 370 1 802 MCW ERR44 4 1802 M N42 36 371 1 806 W 1 1806 2 36 372 1 807 BCV *&5 5 1807 B Y16 @ 36 373 1 812 B *&3 4 1812 B Y18 36 374 1 816 CC 1 2 1816 F 1 36 375 1 818 B SYNBAK 4 1818 B V30 36 376 * 377 1 822 DEC2 MCW K0,2&X1 7 1822 M N43 0|2 36 378 1 829 SW FLAG 4 1829 , N44 37 379 1 833 B DECBAK 4 1833 B U98 37 380 * 381 * FLOATING-POINT EXPONENT 382 * 383 1 837 GOTEXP ZA PZE,THEEXP 7 1837 ? N45 N47 37 384 1 844 BWZ EXPNS,0&X1,2 8 1844 V Y63 0|0 2 37 385 1 852 MZ 0&X1,THEEXP EXPONENT IS SIGNED 7 1852 Y 0|0 N47 37 386 1 859 SAR X1 4 1859 Q 089 37 387 1 863 EXPNS MN 0&X1 4 1863 D 0|0 37 388 1 867 SAR X1 4 1867 Q 089 38 389 1 871 C 0&X1,Z 7 1871 C 0|0 N48 38 390 1 878 BL EXP2 5 1878 B Y94 T 38 391 1 883 MN 1&X1,THEEXP 7 1883 D 0|1 N47 38 392 1 890 B EXP3 4 1890 B Z12 38 393 1 894 EXP2 MN 1&X1,THEEXP-1 7 1894 D 0|1 N46 38 394 1 901 MN 0&X1,THEEXP 7 1901 D 0|0 N47 39 395 1 908 SAR X1 4 1908 Q 089 39 396 1 912 EXP3 A THEEXP,EXP 7 1912 A N47 M20 39 397 1 919 MN 0&X1 4 1919 D 0|0 39 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 7 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 398 1 923 SAR X1 4 1923 Q 089 39 399 1 927 B EXPBAK 4 1927 B V06 39 400 * 401 * FOUND INTEGER CONSTANT 402 * 403 1 931 GOTIK C SIGWID,KPZ3 7 1931 C M23 M33 39 404 1 938 BU I2 5 1938 B Z62 / 40 405 1 943 LCA KB0,0&X2 ZERO CONSTANT 7 1943 L N50 0!0 40 406 1 950 SBR X2 4 1950 H 094 40 407 1 954 CW 1&X2 4 1954 ) 0!1 40 408 1 958 B TLESSX 4 1958 B J00 40 409 1 962 I2 MCW X1,SX1A 7 1962 M 089 M39 40 410 1 969 MCW SX1B,X3 7 1969 M M42 099 40 411 1 976 SW 0&X3 4 1976 , 0?0 41 412 1 980 SBR X3,299 7 1980 H 099 299 41 413 1 987 MCW IMOD,WIDTH 7 1987 M 690 M44 41 414 1 994 ILOOP MCW 2&X1,AT MOVE UP 7 1994 M 0|2 L47 41 415 2 001 SAR X1 CONSTANT, 4 2001 Q 089 41 416 2 005 MCW AT,0&X3 REVERSING DIGITS 7 2005 M L47 0?0 41 417 2 012 SBR X3 TO CORRECT 4 2012 H 099 42 418 2 016 BW FINIK,1&X1 ORDER 8 2016 V !43 0|1 1 42 419 2 024 S KP1,WIDTH 7 2024 S M25 M44 42 420 2 031 C WIDTH,KP00 7 2031 C M44 M47 42 421 2 038 SWICH3 BU ILOOP 5 2038 B Z94 / 42 422 2 043 FINIK SW 1&X3 FINISHED WITH INTEGER CONSTANT 4 2043 , 0?1 42 423 2 047 LCA 299,0&X2 7 2047 L 299 0!0 43 424 2 054 SBR X2 4 2054 H 094 43 425 2 058 CW 1&X3 4 2058 ) 0?1 43 426 2 062 C SIGWID,KP001 7 2062 C M23 N53 43 427 2 069 BU KFIN 5 2069 B !89 / 43 428 2 074 CW 1&X2 4 2074 ) 0!1 43 429 2 078 LCA KB1A,0&X2 7 2078 L N54 0!0 43 430 2 085 SBR X2 4 2085 H 094 44 431 2 089 KFIN CW 1&X2 FINISHED WITH INTEGER OR FP CONSTANT 4 2089 ) 0!1 44 432 2 093 MCW SX1A,X1 7 2093 M M39 089 44 433 2 100 TLESSX SBR X1,1&X1 7 2100 H 089 0|1 44 434 2 107 SBR SX1 4 2107 H L66 44 435 2 111 TLESS BCE FOUND2,0-0,< 8 2111 B |67 000 < 44 436 * 437 * PROGRAM IS TOO BIG 438 * 439 2 119 CS 332 4 2119 / 332 44 440 2 123 CS 1 2123 / 45 441 2 124 CC 1 2 2124 F 1 45 442 2 126 MCW ERROR2,270 7 2126 M N90 270 45 443 2 133 W 1 2133 2 45 444 2 134 CC 1 2 2134 F 1 45 445 2 136 BCE HALT,CDOVLY,1 8 2136 B J49 769 1 45 446 2 144 RWD 1 5 2144 U %U1 R 45 447 2 149 HALT H HALT 4 2149 . J49 46 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 8 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 448 * 449 * DONE 450 * 451 2 153 DONE BSS SNAPSH,C 5 2153 B 333 C 46 452 2 158 SBR LOADXX&3,849 7 2158 H 796 849 46 453 2 165 SBR CLEARL&3,GMWM 7 2165 H 710 O01 46 454 2 172 LCA CONST2,PHASID 7 2172 L N99 110 46 455 2 179 B LOADNX 4 2179 B 700 46 456 * 457 * CHECK FOR IF STATEMENT 458 * 459 2 183 TESTIF BCE ENDSTM,SEQCOD-3,E IF STATEMENT? 8 2183 B J95 L50 E 47 460 2 191 B MARK 4 2191 B S66 47 461 * 462 * END OF STATEMENT. MOVE IT UP 463 * 464 2 195 ENDSTM MCW SX1,X3 7 2195 M L66 099 47 465 2 202 LCA 0&X3,0&X2 7 2202 L 0?0 0!0 47 466 2 209 SAR X3 4 2209 Q 099 47 467 2 213 C 0&X2 4 2213 C 0!0 47 468 2 217 SAR X2 4 2217 Q 094 47 469 2 221 MCW X3,X1 7 2221 M 099 089 48 470 2 228 B LOOP 4 2228 B 877 48 471 * 472 * FP CONSTANT BEGINNING WITH A DECIMAL POINT 473 * 474 2 232 DECMAL SBR X1,1&X1 7 2232 H 089 0|1 48 475 2 239 B MARK 4 2239 B S66 48 476 * 477 * DECIMAL POINT 478 * 479 2 243 MSN MCW SUB2,ASN2 MOVE SUB OR NOP 7 2243 M O00 T90 48 480 2 250 MCW ANOP,MAN&3 7 2250 M L45 K75 48 481 2 257 MCW X1,X3 7 2257 M 089 099 49 482 2 264 SWNOP SW FLAG EITHER SW OR NOP 4 2264 , N44 49 483 2 268 B ZSCAN 4 2268 B T79 49 484 * 485 2 272 MAN MCW ADD2,ASN2 MOVE ADD OR NOP 7 2272 M M48 T90 49 486 2 279 MCW ANOP,MSN&3 7 2279 M L45 K46 49 487 2 286 MCW NOP,SWICH2 7 2286 M L95 U04 49 488 2 293 SBR SX1B,1&X1 7 2293 H M42 0|1 50 489 2 300 MCW NOP,SWNOP 7 2300 M L95 K64 50 490 2 307 B TSTASG 4 2307 B U35 50 491 * 492 * DATA 493 * 494 CODTAB EQU *&1 2311 495 2 340 DCW @R 2E 2D#1L,15,0U,1P,16,01,13,1@ 30 2340 51 496 2 341 ADD A 1 2341 A 51 497 2 342 SUB S 1 2342 S 51 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 9 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 498 2 345 ANOP DSA NOP 3 2345 L95 51 499 2 346 AFTER DCW #1 CHAR AFTER DIGIT 1 2346 51 500 2 347 AT DCW #1 DIGIT 1 2347 51 501 2 348 BEFORE DCW #1 CHAR BEFORE DIGIT 1 2348 51 502 2 349 GM DC @}@ GM 1 2349 GMARK 51 503 2 353 SEQCOD DCW #4 STATEMENT CODE, SEQUENCE NUMBER 4 2353 52 504 2 363 PREFIX DCW #10 ENTIRE STATEMENT PREFIX 10 2363 52 505 2 366 SX1 DCW #3 3 2366 52 506 2 369 SX2 DCW #3 3 2369 52 507 2 379 CODES DCW @UPL3165DER@ I/O, DO, IF, ARITH CODES 10 2379 52 508 2 381 PUNCNT DCW #2 2 2381 52 509 2 382 K1 DCW 1 1 2382 52 510 2 393 OPPUN DCW @)}@.#%$,*-&@ OPERATORS AND PUNCTUATION 11 2393 53 511 2 394 BRANCH B 1 2394 B 53 512 2 395 NOP NOP 1 2395 N 53 513 2 396 UNEQ DCW @/@ D-MODIFIER FOR UNEQUAL BRANCH 1 2396 53 514 2 416 ATHRUR DCW @?ABCDEFGHI!JKLMNOPQR@ 20 2416 53 515 2 417 KLESS DCW @<@ 1 2417 53 516 2 418 KUNDER DCW @_@ 1 2418 53 517 2 420 EXP DCW #2 2 2420 54 518 2 423 SIGWID DCW #3 SIGNIFICANT WIDTH OF CONSTANT 3 2423 54 519 2 424 SW SW 1 2424 , 54 520 2 425 KP1 DCW &1 1 2425 54 521 2 428 NLZ DCW #3 NUMBER OF LEADING ZEROS 3 2428 54 522 2 430 KP01 DCW &01 2 2430 54 523 2 433 KPZ3 DCW &000 3 2433 54 524 2 436 K15K DSA 15000 3 2436 ?0? 55 525 2 439 SX1A DCW #3 3 2439 55 526 2 442 SX1B DCW #3 3 2442 55 527 2 444 WIDTH DCW #2 MANTIS OR IMOD 2 2444 55 528 2 445 KP2 DCW &2 1 2445 55 529 2 447 KP00 DCW &00 2 2447 55 530 2 448 ADD2 A 1 2448 A 55 531 2 470 KLM1 DCW @EQUAL SIGN, STATEMENT @ 22 2470 56 532 2 503 KLM2 DCW @ERROR 41 - CONSTANT LEFT SIDE OF @ 33 2503 57 533 2 504 KB1 DCW #1 1 2504 57 534 2 542 ERR44 DCW @ERROR 44 - CONSTANT SYNTAX, STATEMENT @ 38 2542 58 535 2 543 K0 DCW 0 1 2543 58 536 2 544 FLAG DCW #1 1 2544 59 537 2 545 PZE DCW &0 1 2545 59 538 2 547 THEEXP DCW #2 2 2547 59 539 2 548 Z DCW @Z@ 1 2548 59 540 2 550 KB0 DCW @ 0@ 2 2550 59 541 2 553 KP001 DCW &001 3 2553 59 542 2 554 KB1A DCW #1 1 2554 59 543 2 590 ERROR2 DCW @MESSAGE 2 - OBJECT PROGRAM TOO LARGE@ 36 2590 60 544 2 599 CONST2 DCW @CONST TWO@ 9 2599 61 545 2 600 SUB2 S 1 2600 S 61 546 2 601 GMWM DCW @}@ 1 2601 GMARK 61 547 ORG 201 0201 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 10 0 SEQ PG LIN LABEL OP OPERANDS SFX CT LOCN INSTRUCTION TYPE CARD 548 203 DSA LOADDD LOAD ADDRESS FOR CARD-TO-TAPE PROGRAM 3 0203 838 62 549 EX BEGINN B 838 63 550 END / 000 080 1 FORTRAN COMPILER -- CONSTANTS PHASE ONE -- 18 PAGE 11 0SYMBOL ADDRESS SYMBOL ADDRESS SYMBOL ADDRESS SYMBOL ADDRESS SYMBOL ADDRESS SYMBOL ADDRESS SYMBOL ADDRESS ADD 2341 ADD2 2448 AFTER 2346 ANOP 2345 ASN2 1390 AT 2347 ATHRUR 2416 BACKSP 1165 BEFORE 2348 BEGINN 838 BRANCH 2394 CDOVLY 769 CLEARL 707 CODES 2379 CODTAB 2311 CONST2 2599 DEC2 1822 DECBAK 1498 DECMAL 2232 DONE 2153 ENDSTM 2195 ERR44 2542 ERROR2 2590 EXP 2420 EXP2 1894 EXP3 1912 EXPBAK 1506 EXPNS 1863 FINFK 1652 FINIK 2043 FLAG 2544 FLOOP 1603 FOUND 1002 FOUND2 1067 FOUND3 1216 GLOBER 184 GM 2349 GMWM 2601 GOTEXP 1837 GOTFPK 1549 GOTIK 1931 GOTPUN 1055 HALT 2149 I2 1962 ILOOP 1994 IMOD 690 IO 972 K0 2543 K1 2382 K15K 2436 KB0 2550 KB1 2504 KB1A 2554 KFIN 2089 KLEFT 1720 KLESS 2417 KLM1 2470 KLM2 2503 KP00 2447 KP001 2553 KP01 2430 KP1 2425 KP2 2445 KPZ3 2433 KUNDER 2418 LOADDD 838 LOADNX 700 LOADXX 793 LOOP 877 MAN 2272 MANTIS 692 MARK 1266 MSN 2243 NLZ 2428 NOP 2395 NOT0 1683 NOZONE 1091 OPPUN 2393 PHASID 110 PREFIX 2363 PUNCNT 2381 PZE 2545 SCHCNT 1016 SCHPUN 1031 SEARCH 986 SEQCOD 2353 SIGWID 2423 SKIP0 1659 SNAPSH 333 SUB 2342 SUB2 2600 SW 2424 SWICH2 1404 SWICH3 2038 SWITCH 1176 SWNOP 2264 SX1 2366 SX1A 2439 SX1B 2442 SX2 2369 SYNBAK 1530 SYNTAX 1784 TESTIF 2183 THEEXP 2547 TLESS 2111 TLESSX 2100 TOPCOR 688 TSTASG 1435 UNEQ 2396 UNSW 1198 WIDTH 2444 X1 89 X2 94 X3 99 Z 2548 ZSCAN 1379