; 
(set-info :status unknown)
(set-logic ABV)
(declare-fun sp0 () (_ BitVec 32))
(declare-fun r0 () (_ BitVec 32))
(declare-fun id.m6 () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun rc () (_ BitVec 32))
(declare-fun la1 () (_ BitVec 32))
(declare-fun dl3e () (_ BitVec 32))
(declare-fun dl3b () (_ BitVec 32))
(declare-fun dl1e () (_ BitVec 32))
(declare-fun dl1b () (_ BitVec 32))
(declare-fun sp3 () (_ BitVec 32))
(declare-fun sp2 () (_ BitVec 32))
(declare-fun r43 () (_ BitVec 32))
(declare-fun r42v () (_ BitVec 32))
(declare-fun r44 () (_ BitVec 32))
(declare-fun r42 () (_ BitVec 32))
(declare-fun sp08 () (_ BitVec 32))
(declare-fun r402 () (_ BitVec 32))
(declare-fun r403 () (_ BitVec 32))
(declare-fun i () (_ BitVec 32))
(declare-fun l3 () (_ BitVec 32))
(declare-fun r1 () (_ BitVec 32))
(declare-fun a () (_ BitVec 32))
(declare-fun b () (_ BitVec 32))
(declare-fun id.ma () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun l1b () (_ BitVec 32))
(declare-fun l1ia () Bool)
(declare-fun la01 () (_ BitVec 32))
(declare-fun se () (_ BitVec 32))
(declare-fun stack_begin () (_ BitVec 32))
(declare-fun rodata.size () (_ BitVec 32))
(declare-fun ssz () (_ BitVec 32))
(declare-fun l1=/_end () (_ BitVec 32))
(declare-fun l1=/_begin () (_ BitVec 32))
(declare-fun l0e () (_ BitVec 32))
(declare-fun l0=/_begin () (_ BitVec 32))
(declare-fun re () (_ BitVec 32))
(declare-fun rodata_begin () (_ BitVec 32))
(declare-fun la0 () (_ BitVec 32))
(declare-fun la3 () (_ BitVec 32))
(declare-fun ma.LEA () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun la14 () (_ BitVec 32))
(declare-fun la2e () (_ BitVec 32))
(declare-fun l2b () (_ BitVec 32))
(declare-fun l2ia () Bool)
(declare-fun l3e () (_ BitVec 32))
(declare-fun l3ia () Bool)
(declare-fun d4 () (_ BitVec 32))
(declare-fun m.Lfc.1%d=/ () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun d2ia () Bool)
(declare-fun d2ls () (_ BitVec 32))
(declare-fun l2ls () (_ BitVec 32))
(declare-fun d1ia () Bool)
(declare-fun d3b () (_ BitVec 32))
(declare-fun l3b () (_ BitVec 32))
(declare-fun d3ls () (_ BitVec 32))
(declare-fun dl2 () (_ BitVec 32))
(declare-fun m.Lfc.1=/ () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun m.Lfc.0=/ () (Array (_ BitVec 32) (_ BitVec 8)))
(declare-fun d1b4 () (_ BitVec 32))
(declare-fun l3ls () (_ BitVec 32))
(declare-fun m.Lfc.3%d=/ () (Array (_ BitVec 32) (_ BitVec 8)))
(assert
 (let ((?x432 (bvadd sp0 (_ bv4294967292 32))))
 (let ((r0x4 (bvmul (_ bv4 32) r0)))
 (let ((?x824 (bvadd (bvadd sp0 r0x4) (_ bv4294965236 32))))
 (let ((?x693 (bvadd ?x824 (_ bv3 32))))
 (let ((?x834 (bvadd ?x824 (_ bv2 32))))
 (let ((?x328 (bvadd ?x824 (_ bv1 32))))
 (let ((?x222 (bvadd ?x824 (_ bv0 32))))
 (let ((?x5 (bvadd sp0 (_ bv4294967283 32))))
 (let (($x541 (= dl3e ?x5)))
 (let ((?x890 (bvadd sp0 (_ bv4294965235 32))))
 (let (($x682 (= dl1e ?x890)))
 (let ((?x1152 (bvadd sp0 (_ bv4294964980 32))))
 (let (($x852 (= dl1b ?x1152)))
 (let ((?x375 (bvadd sp0 (_ bv4294964964 32))))
 (let (($x653 (= sp3 ?x375)))
 (let ((?x373 (bvadd sp0 (_ bv4294967288 32))))
 (let (($x1049 (= sp2 ?x373)))
 (let (($x1081 (= r44 ?x375)))
 (let (($x986 (= r42 ?x373)))
 (let (($x339 (= sp08 ?x432)))
 (let (($x120 (= r402 ?x432)))
 (let (($x995 (= r403 sp0)))
 (let (($x449 (= i r0)))
 (let ((?x1055 (bvadd la1 (_ bv4294967280 32))))
 (let (($x271 (= ?x1055 r44)))
 (let (($x764 (= a r1)))
 (let ((?x1128 (bvadd la1 (_ bv2316 32))))
 (let (($x599 (= ?x1128 sp0)))
 (let ((?x288 (bvadd sp0 (_ bv8 32))))
 (let ((?x913 (select id.m6 ?x288)))
 (let ((?x1072 (bvadd ?x288 (_ bv1 32))))
 (let ((?x15 (select id.m6 ?x1072)))
 (let ((?x1008 (bvadd ?x288 (_ bv2 32))))
 (let ((?x1218 (select id.m6 ?x1008)))
 (let ((?x782 (bvadd ?x288 (_ bv3 32))))
 (let ((?x421 (select id.m6 ?x782)))
 (let ((?x530 (concat ?x421 (concat ?x1218 (concat ?x15 ?x913)))))
 (let (($x287 (= b ?x530)))
 (let ((?x1227 (bvadd sp0 (_ bv4 32))))
 (let ((?x363 (select id.m6 ?x1227)))
 (let ((?x207 (bvadd ?x1227 (_ bv1 32))))
 (let ((?x1217 (select id.m6 ?x207)))
 (let ((?x1073 (bvadd ?x1227 (_ bv2 32))))
 (let ((?x127 (select id.m6 ?x1073)))
 (let ((?x356 (bvadd ?x1227 (_ bv3 32))))
 (let ((?x38 (select id.m6 ?x356)))
 (let ((?x713 (concat ?x38 (concat ?x127 (concat ?x1217 ?x363)))))
 (let (($x567 (= a ?x713)))
 (let (($x1265 (= ?x1055 sp3)))
 (let ((?x233 (select id.m6 sp0)))
 (let ((?x338 (bvadd sp0 (_ bv1 32))))
 (let ((?x171 (select id.m6 ?x338)))
 (let ((?x1232 (bvadd sp0 (_ bv2 32))))
 (let ((?x1079 (select id.m6 ?x1232)))
 (let ((?x1070 (bvadd sp0 (_ bv3 32))))
 (let ((?x291 (select id.m6 ?x1070)))
 (let ((?x245 (concat ?x291 (concat ?x1079 (concat ?x171 ?x233)))))
 (let (($x1014 (= rc ?x245)))
 (let ((?x620 ((_ extract 3 0) la1)))
 (let (($x234 (= (_ bv0 4) ?x620)))
 (let (($x618 (= (select id.ma (bvadd ?x288 (_ bv0 32))) (_ bv5 8))))
 (let (($x1279 (and (and $x618 (= (select id.ma ?x1072) (_ bv5 8))) (= (select id.ma ?x1008) (_ bv5 8)))))
 (let (($x838 (and $x1279 (= (select id.ma ?x782) (_ bv5 8)))))
 (let (($x471 (and (bvule ?x288 (bvsub (bvadd ?x288 (_ bv4 32)) (_ bv1 32))) $x838)))
 (let (($x524 (= $x471 true)))
 (let (($x774 (= (select id.ma (bvadd ?x373 (_ bv0 32))) (_ bv7 8))))
 (let (($x987 (and $x774 (= (select id.ma (bvadd ?x373 (_ bv1 32))) (_ bv7 8)))))
 (let (($x1262 (and $x987 (= (select id.ma (bvadd ?x373 (_ bv2 32))) (_ bv7 8)))))
 (let (($x1254 (and $x1262 (= (select id.ma (bvadd ?x373 (_ bv3 32))) (_ bv7 8)))))
 (let (($x1272 (and (bvule ?x373 (bvsub (bvadd ?x373 (_ bv4 32)) (_ bv1 32))) $x1254)))
 (let (($x938 (= $x1272 true)))
 (let (($x1310 (= (select id.ma (bvadd ?x432 (_ bv0 32))) (_ bv7 8))))
 (let (($x1056 (and $x1310 (= (select id.ma (bvadd ?x432 (_ bv1 32))) (_ bv7 8)))))
 (let (($x561 (and $x1056 (= (select id.ma (bvadd ?x432 (_ bv2 32))) (_ bv7 8)))))
 (let (($x724 (and $x561 (= (select id.ma (bvadd ?x432 (_ bv3 32))) (_ bv7 8)))))
 (let (($x343 (and (bvule ?x432 (bvsub (bvadd ?x432 (_ bv4 32)) (_ bv1 32))) $x724)))
 (let (($x513 (= $x343 true)))
 (let (($x1086 (= la1 l1b)))
 (let (($x1327 (or l1ia $x1086)))
 (let (($x168 (= $x1327 true)))
 (let (($x50 (= (select id.ma (bvadd sp0 (_ bv0 32))) (_ bv7 8))))
 (let (($x123 (and $x50 (= (select id.ma ?x338) (_ bv7 8)))))
 (let (($x485 (and (and $x123 (= (select id.ma ?x1232) (_ bv7 8))) (= (select id.ma ?x1070) (_ bv7 8)))))
 (let (($x1166 (and (bvule sp0 (bvsub ?x1227 (_ bv1 32))) $x485)))
 (let (($x277 (= $x1166 true)))
 (let ((?x590 (select id.ma (bvadd (bvadd sp0 (_ bv0 32)) (_ bv0 32)))))
 (let (($x809 (or (= ?x590 (_ bv2 8)) (= ?x590 (_ bv3 8)))))
 (let (($x857 (or (or $x809 (= ?x590 (_ bv4 8))) (= ?x590 (_ bv5 8)))))
 (let (($x663 (and (distinct (_ bv1 32) (_ bv0 32)) true)))
 (let (($x78 (and (and $x663 (bvule sp0 (bvsub ?x338 (_ bv1 32)))) (or $x857 (= ?x590 (_ bv7 8))))))
 (let (($x623 (= $x78 true)))
 (let (($x454 (bvsge r0 (_ bv0 32))))
 (let (($x806 (= $x454 true)))
 (let (($x462 (bvsle r0 (_ bv255 32))))
 (let (($x57 (= $x462 true)))
 (let (($x1246 (= sp3 ?x1055)))
 (let (($x555 (or l1ia $x1246)))
 (let (($x167 (= $x555 true)))
 (let (($x146 (= la01 ?x288)))
 (let (($x499 (= $x146 true)))
 (let (($x646 (bvule r44 sp0)))
 (let (($x825 (= $x646 true)))
 (let (($x1127 (forall ((rsm-bounded-var! (_ BitVec 32)) )(let ((?x500 (select id.ma rsm-bounded-var!)))
 (let (($x1133 (= ?x500 (_ bv7 8))))
 (let (($x802 (= ?x500 (_ bv5 8))))
 (let (($x671 (or (or (or (= ?x500 (_ bv2 8)) (= ?x500 (_ bv3 8))) (= ?x500 (_ bv4 8))) $x802)))
 (let (($x836 (and (bvule stack_begin rsm-bounded-var!) (bvule rsm-bounded-var! se))))
 (= $x836 (or $x671 $x1133))))))))
 ))
 (let (($x808 (forall ((icm-bounded-var! (_ BitVec 32)) )(let ((?x500 (select id.ma icm-bounded-var!)))
 (let (($x802 (= ?x500 (_ bv5 8))))
 (let (($x1044 (bvule icm-bounded-var! l1=/_end)))
 (let (($x236 (bvule l1=/_begin icm-bounded-var!)))
 (= (and $x236 $x1044) $x802))))))
 ))
 (let (($x927 (forall ((icm-bounded-var! (_ BitVec 32)) )(let ((?x500 (select id.ma icm-bounded-var!)))
 (let (($x578 (= ?x500 (_ bv4 8))))
 (let (($x1151 (bvule icm-bounded-var! l0e)))
 (let (($x31 (bvule l0=/_begin icm-bounded-var!)))
 (= (and $x31 $x1151) $x578))))))
 ))
 (let ((?x823 (bvadd (bvadd (_ bv4294967295 32) stack_begin) ssz)))
 (let (($x173 (= se ?x823)))
 (let ((?x193 (bvadd (_ bv3 32) l1=/_begin)))
 (let (($x320 (= l1=/_end ?x193)))
 (let (($x634 (bvule stack_begin se)))
 (let (($x199 (bvule l1=/_begin l1=/_end)))
 (let ((?x447 (bvadd l0=/_begin (_ bv3 32))))
 (let (($x521 (= l0e ?x447)))
 (let (($x242 (bvule l0=/_begin l0e)))
 (let (($x1201 (and (and (and (and (and (and $x242 $x521) $x199) $x634) $x320) $x173) $x927)))
 (let (($x133 (and $x1201 $x808)))
 (let (($x132 (and $x133 (not (= (_ bv0 32) ssz)))))
 (let (($x1336 (forall ((icm-bounded-var! (_ BitVec 32)) )(let (($x593 (and (bvule rodata_begin icm-bounded-var!) (bvule icm-bounded-var! re))))
 (= $x593 (= (select id.ma icm-bounded-var!) (_ bv8 8)))))
 ))
 (let ((?x919 (bvadd (bvadd (_ bv4294967295 32) rodata_begin) rodata.size)))
 (let (($x125 (= re ?x919)))
 (let (($x576 (bvule rodata_begin re)))
 (let (($x305 (and (and (and $x576 $x125) $x1336) $x132)))
 (let (($x738 (and $x305 (not (= (_ bv0 32) rodata.size)))))
 (let ((?x692 (bvadd (_ bv1 32) se)))
 (let ((?x1176 (bvand (_ bv4294963200 32) ?x692)))
 (let (($x1129 (= ?x692 ?x1176)))
 (let ((?x1302 (bvand stack_begin (_ bv4294963200 32))))
 (let (($x661 (= stack_begin ?x1302)))
 (let ((?x1113 (bvand la01 (_ bv3 32))))
 (let (($x275 (= (_ bv0 32) ?x1113)))
 (let ((?x1247 (bvand la0 (_ bv3 32))))
 (let (($x231 (= (_ bv0 32) ?x1247)))
 (let (($x349 (bvuge l1=/_end l0=/_begin)))
 (let (($x143 (bvuge l0e l1=/_begin)))
 (let (($x951 (and $x143 $x349)))
 (let (($x860 (not $x951)))
 (let (($x1011 (and $x860 $x860)))
 (let (($x1039 (bvuge re stack_begin)))
 (let (($x1101 (bvuge se rodata_begin)))
 (let (($x1282 (and $x1101 $x1039)))
 (let (($x1239 (not $x1282)))
 (let (($x56 (and $x1239 $x1239)))
 (let (($x1068 (= (bvand ?x1227 (_ bv4294967280 32)) ?x1227)))
 (let ((?x180 (bvadd sp0 (_ bv11 32))))
 (let (($x30 (bvule ?x180 se)))
 (let (($x252 (bvule sp0 ?x180)))
 (let (($x1250 (bvule stack_begin sp0)))
 (let (($x147 (= la01 l1=/_begin)))
 (let (($x1131 (= la0 l0=/_begin)))
 (let (($x387 (and (and (and (and (and (and $x1131 $x147) $x1250) $x252) $x30) $x1068) $x56)))
 (let (($x1061 (and (and (and (and (and (and $x387 $x1011) $x231) $x275) $x661) $x1129) $x738)))
 (let (($x1076 (and $x1061 $x1127)))
 (let (($x254 (= (select id.ma (bvadd (_ bv0 32) (_ bv0 32))) (_ bv6 8))))
 (let (($x249 (and (and $x663 (bvule (_ bv0 32) (bvsub (bvadd (_ bv0 32) (_ bv1 32)) (_ bv1 32)))) $x254)))
 (let (($x1001 (and $x249 $x1076)))
 (let (($x968 (= $x1001 true)))
 (let (($x508 (= la0 ?x1227)))
 (let (($x895 (= $x508 true)))
 (let (($x335 (bvule r0 (_ bv255 32))))
 (let (($x1194 (= $x335 true)))
 (let (($x881 (= (select id.ma (bvadd ?x1227 (_ bv0 32))) (_ bv4 8))))
 (let (($x197 (and (and $x881 (= (select id.ma ?x207) (_ bv4 8))) (= (select id.ma ?x1073) (_ bv4 8)))))
 (let (($x945 (and $x197 (= (select id.ma ?x356) (_ bv4 8)))))
 (let (($x490 (and (bvule ?x1227 (bvsub (bvadd ?x1227 (_ bv4 32)) (_ bv1 32))) $x945)))
 (let (($x1050 (= $x490 true)))
 (let (($x6 (= (_ bv255 32) r0)))
 (let (($x223 (bvult r402 sp0)))
 (let (($x849 (= $x223 true)))
 (let (($x398 (bvult sp08 sp0)))
 (let (($x240 (= $x398 true)))
 (let (($x701 (bvule sp08 sp0)))
 (let (($x1307 (= $x701 true)))
 (let (($x122 (bvult r42 sp0)))
 (let (($x477 (= $x122 true)))
 (let (($x1171 (bvule r42 sp0)))
 (let (($x677 (= $x1171 true)))
 (let (($x647 (bvult r44 sp0)))
 (let (($x731 (= $x647 true)))
 (let (($x280 (bvule r42v sp0)))
 (let (($x887 (= $x280 true)))
 (let (($x514 (bvult r43 sp0)))
 (let (($x510 (bvule r43 sp0)))
 (let (($x1219 (= $x510 true)))
 (let (($x1013 (bvult sp2 sp0)))
 (let (($x588 (= $x1013 true)))
 (let (($x1162 (bvule sp2 sp0)))
 (let (($x531 (= $x1162 true)))
 (let (($x843 (bvult sp3 sp0)))
 (let (($x1341 (= $x843 true)))
 (let (($x1110 (bvule sp3 sp0)))
 (let (($x841 (= $x1110 true)))
 (let (($x248 (bvult dl1b sp0)))
 (let (($x788 (= $x248 true)))
 (let (($x758 (bvule dl1b sp0)))
 (let (($x227 (= $x758 true)))
 (let (($x417 (bvult dl1e sp0)))
 (let (($x289 (= $x417 true)))
 (let (($x75 (bvule dl1e sp0)))
 (let (($x84 (= $x75 true)))
 (let (($x632 (bvult dl3b sp0)))
 (let (($x410 (= $x632 true)))
 (let (($x1216 (bvule dl3b sp0)))
 (let (($x835 (= $x1216 true)))
 (let (($x94 (bvult dl3e sp0)))
 (let (($x976 (= $x94 true)))
 (let (($x585 (bvule dl3e sp0)))
 (let (($x1276 (= $x585 true)))
 (let ((?x1083 (bvmul (_ bv4294967292 32) i)))
 (let (($x910 (= la3 ?x1083)))
 (let (($x212 (not $x910)))
 (let (($x558 (= $x212 true)))
 (let (($x551 (bvsle i (_ bv255 32))))
 (let (($x129 (=> $x551 $x558)))
 (let ((?x1120 (bvmul (_ bv4 32) i)))
 (let ((?x1146 (bvadd la3 ?x1120)))
 (let ((?x365 (bvsub ?x1146 ?x1120)))
 (let (($x589 (bvsge ?x1120 (_ bv0 32))))
 (let (($x1023 (ite $x589 (bvuge ?x1146 ?x365) (bvult ?x1146 ?x365))))
 (let (($x1220 (= $x1023 true)))
 (let (($x166 (=> $x551 $x1220)))
 (let (($x73 (= (bvand ?x1146 (_ bv4294967292 32)) ?x1146)))
 (let (($x1095 (= $x73 true)))
 (let (($x877 (=> $x551 $x1095)))
 (let ((?x828 (bvadd a ?x1120)))
 (let (($x1118 (= (bvand ?x828 (_ bv4294967292 32)) ?x828)))
 (let (($x557 (= $x1118 true)))
 (let (($x304 (=> $x551 $x557)))
 (let ((?x433 (bvsub la3 (_ bv0 32))))
 (let (($x112 (bvult la3 ?x433)))
 (let (($x660 (bvuge la3 ?x433)))
 (let (($x232 (ite (bvsge (_ bv0 32) (_ bv0 32)) $x660 $x112)))
 (let (($x851 (= $x232 true)))
 (let (($x318 (=> $x551 $x851)))
 (let ((?x981 ((_ sign_extend 32) i)))
 (let ((?x460 (bvmul (_ bv4 64) ?x981)))
 (let ((?x148 ((_ extract 63 32) ?x460)))
 (let (($x994 (= (_ bv0 32) ?x148)))
 (let (($x791 (= $x994 true)))
 (let (($x355 (=> $x551 $x791)))
 (let (($x903 (bvslt i (_ bv0 32))))
 (let ((?x761 (ite $x903 (_ bv4294967295 32) (_ bv0 32))))
 (let (($x821 (= ?x148 ?x761)))
 (let (($x361 (= $x821 true)))
 (let (($x755 (=> $x551 $x361)))
 (let (($x34 (ite $x589 (bvuge ?x828 (bvsub ?x828 ?x1120)) (bvult ?x828 (bvsub ?x828 ?x1120)))))
 (let (($x579 (= $x34 true)))
 (let (($x422 (=> $x551 $x579)))
 (let (($x188 (= a ?x1083)))
 (let (($x190 (not $x188)))
 (let (($x1285 (= $x190 true)))
 (let (($x332 (=> $x551 $x1285)))
 (let (($x717 (forall ((icm-bounded-var! (_ BitVec 32)) )(let (($x526 (bvule icm-bounded-var! la14)))
 (let (($x1337 (bvule l1b icm-bounded-var!)))
 (= (and $x1337 $x526) (= (select ma.LEA icm-bounded-var!) (_ bv2 8))))))
 ))
 (let (($x518 (xor l1ia $x717)))
 (let (($x1139 (= $x518 true)))
 (let (($x106 (forall ((icm-bounded-var! (_ BitVec 32)) )(let ((?x799 (select ma.LEA icm-bounded-var!)))
 (let (($x1260 (= ?x799 (_ bv1 8))))
 (let (($x1206 (bvule icm-bounded-var! la2e)))
 (let (($x520 (bvule l2b icm-bounded-var!)))
 (= (and $x520 $x1206) $x1260))))))
 ))
 (let (($x198 (xor l2ia $x106)))
 (let (($x1062 (= $x198 true)))
 (let (($x762 (= (_ bv256 32) d4)))
 (let (($x1100 (bvule l1b la14)))
 (let (($x1130 (or l1ia $x1100)))
 (let (($x744 (= $x1130 true)))
 (let (($x346 (forall ((mae-bounded-var! (_ BitVec 32)) )(let ((?x1098 (select id.m6 mae-bounded-var!)))
 (let ((?x453 (select m.Lfc.1%d=/ mae-bounded-var!)))
 (let ((?x459 (select ma.LEA (bvadd mae-bounded-var! (_ bv0 32)))))
 (let (($x663 (and (distinct (_ bv1 32) (_ bv0 32)) true)))
 (let (($x1290 (and $x663 (bvule mae-bounded-var! (bvsub (bvadd mae-bounded-var! (_ bv1 32)) (_ bv1 32))))))
 (=> (and $x1290 (= ?x459 (_ bv2 8))) (= ?x453 ?x1098))))))))
 ))
 (let (($x1244 (and true $x346)))
 (let (($x1242 (= $x1244 true)))
 (let ((?x753 (select id.ma (bvadd (bvadd sp3 (_ bv0 32)) (_ bv0 32)))))
 (let (($x409 (or (= ?x753 (_ bv2 8)) (= ?x753 (_ bv3 8)))))
 (let (($x781 (or (or $x409 (= ?x753 (_ bv4 8))) (= ?x753 (_ bv5 8)))))
 (let (($x278 (bvule sp3 (bvsub (bvadd sp3 (_ bv1 32)) (_ bv1 32)))))
 (let (($x1210 (and (and $x663 $x278) (or $x781 (and true (= ?x753 (_ bv7 8)))))))
 (let (($x149 (= $x1210 true)))
 (let (($x619 (= la3 l2b)))
 (let (($x458 (or l2ia $x619)))
 (let (($x703 (= $x458 true)))
 (let (($x830 (= l2ia d2ia)))
 (let (($x1031 (= $x830 true)))
 (let (($x540 (= l2ls d2ls)))
 (let (($x1207 (or l2ia $x540)))
 (let (($x935 (= $x1207 true)))
 (let (($x1020 (= l1ia d1ia)))
 (let (($x1168 (= $x1020 true)))
 (let (($x1245 (forall ((maemvs-bounded-var! (_ BitVec 32)) )(let ((?x799 (select ma.LEA maemvs-bounded-var!)))
 (let (($x1260 (= ?x799 (_ bv1 8))))
 (let (($x991 (or false $x1260)))
 (let ((?x500 (select id.ma maemvs-bounded-var!)))
 (let (($x1133 (= ?x500 (_ bv7 8))))
 (let (($x813 (and (=> (and (not $x991) (not $x1133)) (= ?x799 ?x500)) (=> $x991 (or $x1133 (= ?x500 (_ bv9 8)))))))
 (and $x813 (=> $x1133 (or $x991 (= ?x799 (_ bv9 8))))))))))))
 ))
 (let (($x875 (= $x1245 true)))
 (let (($x954 (= l3b d3b)))
 (let (($x492 (or l3ia $x954)))
 (let (($x128 (= $x492 true)))
 (let (($x244 (forall ((mia-bounded-var! (_ BitVec 32)) )(let ((?x799 (select ma.LEA mia-bounded-var!)))
 (and (distinct ?x799 (_ bv3 8)) true)))
 ))
 (let (($x598 (= l3ia $x244)))
 (let (($x1193 (= $x598 true)))
 (let (($x464 (= (_ bv0 32) d3ls)))
 (let (($x286 (not $x464)))
 (let (($x587 (or l3ia $x286)))
 (let (($x1140 (= $x587 true)))
 (let (($x1315 (= la3 dl2)))
 (let (($x748 (or l2ia $x1315)))
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 (let (($x814 (= (select id.ma (bvadd ?x222 (_ bv0 32))) (_ bv2 8))))
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 (let (($x1159 (and $x134 (or (or (or (or $x36 $x1175) $x163) $x388) $x208))))
 (let (($x691 (and $x1159 (or (or (or (or $x864 $x1199) $x413) $x1035) $x942))))
 (let (($x1096 (and $x691 (or (or (or (or $x261 $x260) $x1043) $x1058) $x730))))
 (let (($x1180 (and (bvule ?x824 (bvsub (bvadd ?x824 (_ bv4 32)) (_ bv1 32))) $x1096)))
 (let ((sel.id.ma.3 (select id.ma (bvadd (bvadd r1 r0x4) (_ bv3 32)))))
 (let ((sel.id.ma.3.68 (or (= sel.id.ma.3 (_ bv6 8)) (= sel.id.ma.3 (_ bv8 8)))))
 (let ((sel.id.ma.2 (select id.ma (bvadd (bvadd r1 r0x4) (_ bv2 32)))))
 (let ((sel.id.ma.2.68 (or (= sel.id.ma.2 (_ bv6 8)) (= sel.id.ma.2 (_ bv8 8)))))
 (let ((sel.id.ma.1 (select id.ma (bvadd (bvadd r1 r0x4) (_ bv1 32)))))
 (let ((sel.id.ma.1.68 (or (= sel.id.ma.1 (_ bv6 8)) (= sel.id.ma.1 (_ bv8 8)))))
 (let ((sel.id.ma.0 (select id.ma (bvadd (bvadd r1 r0x4) (_ bv0 32)))))
 (let ((sel.id.ma.0.68 (or (= sel.id.ma.0 (_ bv6 8)) (= sel.id.ma.0 (_ bv8 8)))))
 (let ((?x675 (bvadd r1 r0x4)))
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 (let (($x1277 (bvule ?x1146 (bvsub (bvadd ?x1146 (_ bv4 32)) (_ bv1 32)))))
 (let (($x408 (= $x1277 true)))
 (let (($x702 (=> $x551 $x408)))
 (let (($x760 (bvule ?x828 (bvsub (bvadd ?x828 (_ bv4 32)) (_ bv1 32)))))
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 (let (($x1213 (and $x879 $x702)))
 (let (($x1274 (and $x1213 id.ma.assert)))
 (let (($x1069 (and $x1274 $x1180)))
 (let (($x89 (and $x1069 $x272)))
 (let (($x484 (=> $x89 false)))
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(check-sat)
(get-model)