1: / 2: / 3: 4: / f36 -- expression code generation 5: 6: .globl lvalue 7: .globl rvalue 8: .globl convrt 9: .globl type 10: .globl funcappl 11: .globl name 12: 13: .globl error 14: .globl lookup 15: .globl code 16: .globl iserror 17: .globl genop 18: .globl typ 19: .globl newline 20: .globl functn 21: .globl size 22: 23: lvalue: 24: jsr r5,iserror 25: rts r5 26: tst (r2) 27: bne 1f 28: mov 2(r2),r3 29: jsr r5,code 30: < lval>; .even 31: br name 32: 1: 33: mov r2,-(sp) 34: cmp (r2),$32. / array appl 35: bne 1f 36: jsr r5,aryappl 37: dec r0 38: bne 2f / dim =| 1 39: tstb symtab(r3) 40: blt 2f / p-bit, not simple 41: mov $"al,r0 42: br simpary 43: 2: 44: jsr r5,code 45: < alval\0>; .even 46: 47: arydope: 48: jsr r5,pbit 49: mov symtab+2(r3),r2 50: mov (r2)+,r0 51: asl r0 52: add r0,r2 53: mov (r2),r0 54: jsr r5,code 55: <; d%d\0>; .even 56: r0 57: br 2f 58: 1: 59: jsr r5,error; 54. 60: mov (sp)+,r2 61: rts r5 62: 63: simpary: 64: mov r3,-(sp) 65: mov symtab(r3),r3 66: bis $7,r3 67: jsr r5,genop 68: mov (sp)+,r3 69: jsr r5,size 70: jsr r5,code 71: <; %d.\0>; .even 72: r0 73: br 2f 74: 75: name: 76: mov r2,-(sp) 77: jsr r5,pbit 78: 2: 79: jsr r5,code 80: <; \0>; .even 81: bit $100,symtab(r3) / common 82: beq 1f 83: mov symtab+4(r3),r2 84: jsr r5,code 85: <%n+\0>; .even 86: r2 87: 1: 88: movb symtab(r3),r2 89: bic $!70,r2 90: cmp r2,$30 / external 91: bne 1f 92: jsr r5,code 93: <%n.\n\0>; .even 94: r3 95: br 2f 96: 1: 97: jsr r5,code 98: <%n_\n\0>; .even 99: r3 100: 2: 101: mov symtab(r3),r3 102: mov (sp)+,r2 103: rts r5 104: 105: rvalue: 106: jsr r5,iserror 107: rts r5 108: mov r2,-(sp) 109: tst (r2) 110: bne 1f 111: mov 2(r2),r3 112: movb symtab+1(r3),r2 113: jsr r5,code 114: < rval%d>; .even 115: r2 116: mov (sp)+,r2 117: br name 118: 1: 119: cmp (r2),$32. 120: bne 1f 121: jsr r5,aryappl 122: dec r0 123: bne 3f 124: tstb symtab(r3) 125: blt 3f 126: mov $"ar,r0 127: br simpary 128: 3: 129: jsr r5,code 130: < arval\0>; .even 131: br arydope 132: 1: 133: cmp (r2),$34. / array appl 134: bne 1f 135: jsr r5,funcappl 136: mov (sp)+,r2 137: mov 2(r2),r3 138: movb symtab+1(r3),r0 139: jsr r5,code 140: <%d.\n\0>; .even 141: r0 142: mov symtab(r3),r3 143: rts r5 144: 1: 145: cmp (r2),$2 146: bne 1f 147: movb 3(r2),r3 148: mov 4(r2),r2 149: jsr r5,code 150: < rval%d; c%d\n\0>; .even 151: r3 152: r2 153: mov (sp)+,r2 154: mov 2(r2),r3 155: rts r5 156: 1: 157: cmp (r2),$24. / arith or relat 158: bhi 1f 159: mov 2(r2),r2 160: bne 3f 161: mov (sp),r2 162: sub $10.,(r2) / - bin -> - unary 163: mov 4(r2),r2 164: jsr r5,rvalue 165: br 2f 166: 3: 167: jsr r5,rvalue 168: mov (sp),r2 169: mov r3,-(sp) 170: mov 4(r2),r2 171: jsr r5,type 172: cmp *2(sp),$4 / ** 173: bne 3f 174: mov r3,r2 175: bic $!7,r2 176: cmp r2,$1 / ** integer 177: bne 3f 178: mov 2(sp),r2 179: sub $2,(r2) / pr -> pi 180: mov 4(r2),r2 181: jsr r5,rvalue 182: mov $intcon,r2 183: jsr r5,convrt 184: mov (sp)+,r3 185: br 2f 186: 3: 187: mov (sp),r2 188: jsr pc,maxtyp 189: mov (sp)+,r3 190: mov r2,-(sp) 191: jsr r5,convrt 192: mov 2(sp),r2 193: mov 4(r2),r2 194: jsr r5,rvalue 195: mov (sp)+,r2 196: jsr r5,convrt 197: mov r2,r3 198: br 2f 199: 1: 200: cmp (r2),$30. / and or not 201: bhi 1f 202: mov 2(r2),r2 203: beq 3f 204: jsr r5,rvalue 205: mov $logcon,r2 206: jsr r5,convrt 207: 3: 208: mov (sp),r2 209: mov 4(r2),r2 210: jsr r5,rvalue 211: mov $logcon,r2 212: jsr r5,convrt 213: 2: 214: mov (sp)+,r2 215: mov (r2),r0 216: cmp r0,$4 217: bhis 2f 218: add $10.,(r2) / back to binary 219: tst r0 220: beq 2f 221: sub $8,(r2) / back to pr 222: 2: 223: mov optab(r0),r0 224: jsr r5,genop 225: jsr r5,newline 226: cmp (r2),$14. / relat 227: blo 2f 228: mov $logcon,r3 229: 2: 230: rts r5 231: 1: 232: jsr r5,error; 54. 233: mov (sp)+,r2 234: rts r5 235: 236: pbit: 237: tstb symtab(r3) 238: bge 1f 239: jsr r5,code 240: <p\0> 241: 1: 242: rts r5 243: 244: funcappl: 245: mov r2,-(sp) 246: mov functn,r3 247: jsr r5,code 248: < stsp; ft+%d.\n\0>; .even 249: r3 250: mov r3,-(sp) 251: add $2,r3 252: mov r3,functn 253: clr -(sp) / nargs 254: 1: 255: mov 4(r2),r2 256: beq 2f 257: inc (sp) 258: cmp (r2),$36. / , 259: bne 1f 260: mov r2,-(sp) 261: mov 2(r2),r2 262: mov 6(sp),r3 263: jsr r5,fapp1 264: mov (sp)+,r2 265: br 1b 266: 1: 267: mov 4(sp),r3 268: jsr r5,fapp1 269: 2: 270: mov (sp)+,r0 / nargs 271: mov (sp)+,r2 272: mov (sp)+,r3 273: mov 2(r3),r3 274: jsr r5,code 275: < call\0>; .even 276: jsr r5,pbit 277: jsr r5,code 278: <; %n.; ft+%d.; %d.; \0>; .even 279: r3 280: r2 281: r0 282: cmp functn,functm 283: ble 1f 284: mov functn,functm 285: 1: 286: mov r2,functn 287: rts r5 288: 289: fapp1: 290: mov 2(r3),r3 / fetch out function name 291: mov symtab+2(r3),r3 / arg conversion 292: bne 2f 293: tst (r2) 294: beq 1f 295: cmp (r2),$32. 296: beq 4f 297: cmp (r2),$42. / lv if funct or name or arry app 298: beq 1f 299: cmp (r2),$2 / lv if const 300: bne 2f 301: mov 4(r2),r3 302: jsr r5,code 303: < lval; c%d\n\0> 304: r3 305: br 3f 306: 2: 307: mov r3,-(sp) 308: jsr r5,rvalue 309: mov (sp)+,r2 310: beq 2f 311: jsr r5,convrt 312: 2: 313: mov functn,r3 314: jsr r5,code 315: < stsp; ft+%d.\n\0>; .even 316: r3 317: add $2,functn 318: rts r5 319: 1: 320: clr (r2) / turn func/array names into lvs 321: 4: 322: jsr r5,lvalue 323: 3: 324: mov functn,r3 325: jsr r5,code 326: < stst; ft+%d.\n\0>; .even 327: r3 328: add $2,functn 329: rts r5 330: 331: aryappl: 332: mov r2,-(sp) 333: clr -(sp) / arg count 334: 2: 335: inc (sp) 336: mov 4(r2),r2 337: cmp (r2),$36. / , 338: bne 2f 339: mov r2,-(sp) 340: mov 2(r2),r2 341: jsr r5,rvalue 342: mov $intcon,r2 343: jsr r5,convrt 344: mov (sp)+,r2 345: br 2b 346: 2: 347: jsr r5,rvalue 348: mov $intcon,r2 349: jsr r5,convrt 350: mov (sp)+,r0 351: mov (sp)+,r2 352: mov 2(r2),r3 353: cmp r0,*symtab+2(r3) 354: beq 1f 355: jsr r5,error; 53. / dimension mismatch 356: 1: 357: rts r5 358: 359: / converts stack from type in r3 to type in r2 360: convrt: 361: mov r2,-(sp) 362: mov r3,-(sp) 363: bic $![377\<8+7],r2 364: bic $![377\<8+7],r3 365: cmp r2,r3 366: beq 1f 367: jsr r5,code 368: < \0>; .even 369: jsr pc,2f 370: mov r2,r3 371: jsr pc,2f 372: jsr r5,code 373: <\n\0>; .even 374: 1: 375: mov (sp)+,r3 376: mov (sp)+,r2 377: rts r5 378: 2: 379: mov r2,-(sp) 380: mov r3,r2 381: clrb r3 382: swab r3 383: bic $!7,r2 384: movb typ(r2),r2 385: jsr r5,code 386: <%c%d\0>; .even 387: r2 388: r3 389: mov (sp)+,r2 390: rts pc 391: 392: type: 393: cmp (r2),$32. 394: beq 2f 395: cmp (r2),$34. 396: beq 2f 397: tst (r2) 398: bne 1f 399: 2: 400: mov 2(r2),r3 401: mov symtab(r3),r3 402: rts r5 403: 1: 404: cmp (r2),$2 405: bne 1f 406: mov 2(r2),r3 407: rts r5 408: 1: 409: cmp (r2),$14. 410: blo 1f 411: mov $logcon,r3 412: rts r5 413: 1: 414: mov r2,-(sp) 415: mov 2(r2),r2 416: bne 1f 417: mov (sp),r2 418: mov 4(r2),r2 419: jsr r5,type 420: br 2f 421: 1: 422: jsr r5,type 423: mov (sp),r2 424: mov r3,-(sp) 425: mov 4(r2),r2 426: jsr r5,type 427: mov (sp)+,r2 428: jsr pc,maxtyp 429: mov r2,r3 430: 2: 431: mov (sp)+,r2 432: rts r5 433: 434: maxtyp: 435: mov r2,r0 436: cmp r2,r3 437: bhis 2f 438: mov r3,r2 439: 2: 440: clrb r2 441: bic $!7,r0 442: bic $!7,r3 443: cmp r0,r3 444: bhis 2f 445: mov r3,r0 446: 2: 447: bis r0,r2 448: rts pc 449: 450: optab: 451: <ng> 452: <pi> 453: <pr> 454: <dv> 455: <mp> 456: <sb> 457: <ad> 458: <lt> 459: <le> 460: <eq> 461: <ne> 462: <gt> 463: <ge> 464: <nt> 465: <an> 466: <or>
Defined functions
funcappl
declared in line 10; defined in line 244; used 4 times
- in line 10, 135
- in /usr/source/fort/f3/f38.s line 20, 91
lvalue
declared in line 6; defined in line 23; used 11 times
- in line 6, 322
- in /usr/source/fort/f3/f33.s line 13, 53, 79
- in /usr/source/fort/f3/f35.s line 11, 49, 74
- in /usr/source/fort/f3/f39.s line 17, 119, 169
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