mono_simd_intrinsics_init () { unsigned int simd_supported_versions.0; simd_supported_versions.0 = mono_arch_cpu_enumerate_simd_versions (); simd_supported_versions = simd_supported_versions.0; } mono_simd_simplify_indirection (struct MonoCompile * cfg) { struct MonoInst * * D.22739; unsigned int i.1; unsigned int D.22741; struct MonoInst * * D.22742; struct MonoClass * D.22743; unsigned char D.22744; unsigned char D.22745; unsigned char D.22748; unsigned char D.22749; int D.22750; unsigned int i.2; unsigned int D.22752; struct MonoInst * D.22755; short unsigned int D.22758; struct MonoClass * D.22761; unsigned char D.22762; unsigned char D.22763; unsigned char D.22766; unsigned char D.22767; unsigned int D.22768; int D.22771; unsigned int D.22772; unsigned int D.22773; unsigned int D.22774; struct MonoClass * D.22775; unsigned char D.22776; unsigned char D.22777; unsigned char D.22780; int D.22781; int D.22782; int D.22785; sizetype D.22786; char * D.22787; int D.22792; sizetype D.22793; char * D.22794; char D.22795; int D.22796; int D.22797; signed char D.22802; void * D.22805; int D.22806; int D.22807; int D.22810; int D.22813; int D.22814; int D.22815; int D.22816; int D.22817; signed char D.22818; int D.22819; int D.22820; struct MonoClass * D.22824; unsigned char D.22825; unsigned char D.22826; int D.22829; sizetype D.22830; char * D.22831; char D.22832; int D.22833; int D.22834; int D.22839; int D.22846; int D.22849; int D.22852; int D.22853; struct MonoClass * D.22856; unsigned char D.22857; unsigned char D.22858; int D.22861; sizetype D.22862; char * D.22863; char D.22864; int D.22865; int D.22866; int D.22871; unsigned int D.22878; unsigned int D.22879; struct MonoBasicBlock * * D.22880; struct MonoBasicBlock * D.22881; int D.22882; struct MonoMemPool * D.22890; int D.22891; struct MonoInst * D.22892; int D.22893; int D.22894; const unsigned char * D.22895; int D.22898; int i; int max_vreg; struct MonoBasicBlock * bb; struct MonoBasicBlock * first_bb; struct MonoBasicBlock * * target_bb; struct MonoInst * ins; char * vreg_flags; max_vreg = 0; first_bb = 0B; i = 0; goto ; : { struct MonoInst * var; D.22739 = cfg->varinfo; i.1 = (unsigned int) i; D.22741 = i.1 * 4; D.22742 = D.22739 + D.22741; var = *D.22742; D.22743 = var->klass; D.22744 = BIT_FIELD_REF <*D.22743, 8, 192>; D.22745 = D.22744 & 2; if (D.22745 != 0) goto ; else goto ; : D.22748 = var->flags; D.22749 = D.22748 & 239; var->flags = D.22749; D.22750 = var->dreg; max_vreg = MAX_EXPR ; : } i = i + 1; : i.2 = (unsigned int) i; D.22752 = cfg->num_varinfo; if (i.2 < D.22752) goto ; else goto ; : bb = cfg->bb_entry; goto ; : if (first_bb == 0B) goto ; else goto ; : D.22755 = bb->code; if (D.22755 != 0B) goto ; else goto ; : first_bb = bb; : : ins = bb->code; goto ; : D.22758 = ins->opcode; if (D.22758 == 314) goto ; else goto ; : { struct MonoInst * var; var = ins->data.op[0].p; D.22761 = var->klass; D.22762 = BIT_FIELD_REF <*D.22761, 8, 192>; D.22763 = D.22762 & 2; if (D.22763 != 0) goto ; else goto ; : D.22766 = var->flags; D.22767 = D.22766 | 16; var->flags = D.22767; : } : ins = ins->next; : if (ins != 0B) goto ; else goto ; : bb = bb->next_bb; : if (bb != 0B) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : printf ("[simd-simplify] max vreg is %d\n", max_vreg); : D.22771 = max_vreg + 1; D.22772 = (unsigned int) D.22771; vreg_flags = monoeg_malloc0 (D.22772); D.22771 = max_vreg + 1; D.22773 = (unsigned int) D.22771; D.22774 = D.22773 * 4; target_bb = monoeg_malloc0 (D.22774); i = 0; goto ; : { struct MonoInst * var; D.22739 = cfg->varinfo; i.1 = (unsigned int) i; D.22741 = i.1 * 4; D.22742 = D.22739 + D.22741; var = *D.22742; D.22775 = var->klass; D.22776 = BIT_FIELD_REF <*D.22775, 8, 192>; D.22777 = D.22776 & 2; if (D.22777 != 0) goto ; else goto ; : D.22780 = var->flags; D.22781 = (int) D.22780; D.22782 = D.22781 & 20; if (D.22782 == 0) goto ; else goto ; : D.22785 = var->dreg; D.22786 = (sizetype) D.22785; D.22787 = vreg_flags + D.22786; *D.22787 = 1; D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22785 = var->dreg; printf ("[simd-simplify] processing var %d with vreg %d\n", i, D.22785); : : : } i = i + 1; : i.2 = (unsigned int) i; D.22752 = cfg->num_varinfo; if (i.2 < D.22752) goto ; else goto ; : ins = first_bb->code; goto ; : { int num_sregs; int sregs[3]; try { D.22758 = ins->opcode; if (D.22758 == 963) goto ; else goto ; : D.22792 = ins->dreg; D.22793 = (sizetype) D.22792; D.22794 = vreg_flags + D.22793; D.22795 = *D.22794; D.22796 = (int) D.22795; D.22797 = D.22796 & 4; if (D.22797 == 0) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22792 = ins->dreg; printf ("[simd-simplify] R%d has vzero: ", D.22792); mono_print_ins (ins); : D.22792 = ins->dreg; D.22793 = (sizetype) D.22792; D.22794 = vreg_flags + D.22793; D.22792 = ins->dreg; D.22793 = (sizetype) D.22792; D.22794 = vreg_flags + D.22793; D.22795 = *D.22794; D.22802 = D.22795 | 2; *D.22794 = D.22802; : // predicted unlikely by continue predictor. goto ; : D.22758 = ins->opcode; if (D.22758 == 314) goto ; else goto ; : D.22805 = ins->data.op[0].p; D.22806 = MEM[(struct MonoInst *)D.22805].dreg; D.22807 = apply_vreg_first_block_interference (cfg, ins, D.22806, max_vreg, vreg_flags); if (D.22807 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : : D.22792 = ins->dreg; D.22810 = apply_vreg_first_block_interference (cfg, ins, D.22792, max_vreg, vreg_flags); if (D.22810 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.22813 = ins->sreg1; sregs[0] = D.22813; D.22814 = ins->sreg2; sregs[1] = D.22814; D.22815 = ins->sreg3; sregs[2] = D.22815; D.22758 = ins->opcode; D.22816 = (int) D.22758; D.22817 = D.22816 + -313; D.22818 = ins_sreg_counts[D.22817]; num_sregs = (int) D.22818; i = 0; goto ; : D.22819 = sregs[i]; D.22820 = apply_vreg_first_block_interference (cfg, ins, D.22819, max_vreg, vreg_flags); if (D.22820 != 0) goto ; else goto ; : i = i + 1; : if (i < num_sregs) goto ; else goto ; : } finally { sregs = {CLOBBER}; } } : ins = ins->next; : if (ins != 0B) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : i = 0; goto ; : { struct MonoInst * var; D.22739 = cfg->varinfo; i.1 = (unsigned int) i; D.22741 = i.1 * 4; D.22742 = D.22739 + D.22741; var = *D.22742; D.22824 = var->klass; D.22825 = BIT_FIELD_REF <*D.22824, 8, 192>; D.22826 = D.22825 & 2; if (D.22826 != 0) goto ; else goto ; : D.22829 = var->dreg; D.22830 = (sizetype) D.22829; D.22831 = vreg_flags + D.22830; D.22832 = *D.22831; D.22833 = (int) D.22832; D.22834 = D.22833 & 2; if (D.22834 != 0) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22829 = var->dreg; printf ("[simd-simplify] R%d has xzero only\n", D.22829); : : D.22829 = var->dreg; D.22830 = (sizetype) D.22829; D.22831 = vreg_flags + D.22830; D.22832 = *D.22831; D.22833 = (int) D.22832; D.22839 = D.22833 & 4; if (D.22839 != 0) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22829 = var->dreg; printf ("[simd-simplify] R%d has other ops on bb0\n", D.22829); : : : } i = i + 1; : i.2 = (unsigned int) i; D.22752 = cfg->num_varinfo; if (i.2 < D.22752) goto ; else goto ; : : bb = first_bb->next_bb; goto ; : ins = bb->code; goto ; : { int num_sregs; int sregs[3]; try { D.22758 = ins->opcode; if (D.22758 == 314) goto ; else goto ; : D.22805 = ins->data.op[0].p; D.22806 = MEM[(struct MonoInst *)D.22805].dreg; D.22846 = apply_vreg_following_block_interference (cfg, ins, D.22806, bb, max_vreg, vreg_flags, target_bb); if (D.22846 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : : D.22792 = ins->dreg; D.22849 = apply_vreg_following_block_interference (cfg, ins, D.22792, bb, max_vreg, vreg_flags, target_bb); if (D.22849 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.22813 = ins->sreg1; sregs[0] = D.22813; D.22814 = ins->sreg2; sregs[1] = D.22814; D.22815 = ins->sreg3; sregs[2] = D.22815; D.22758 = ins->opcode; D.22816 = (int) D.22758; D.22817 = D.22816 + -313; D.22818 = ins_sreg_counts[D.22817]; num_sregs = (int) D.22818; i = 0; goto ; : D.22852 = sregs[i]; D.22853 = apply_vreg_following_block_interference (cfg, ins, D.22852, bb, max_vreg, vreg_flags, target_bb); if (D.22853 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : : i = i + 1; : if (i < num_sregs) goto ; else goto ; : } finally { sregs = {CLOBBER}; } } : ins = ins->next; : if (ins != 0B) goto ; else goto ; : bb = bb->next_bb; : if (bb != 0B) goto ; else goto ; : i = 0; goto ; : { struct MonoInst * var; D.22739 = cfg->varinfo; i.1 = (unsigned int) i; D.22741 = i.1 * 4; D.22742 = D.22739 + D.22741; var = *D.22742; D.22856 = var->klass; D.22857 = BIT_FIELD_REF <*D.22856, 8, 192>; D.22858 = D.22857 & 2; if (D.22858 == 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.22861 = var->dreg; D.22862 = (sizetype) D.22861; D.22863 = vreg_flags + D.22862; D.22864 = *D.22863; D.22865 = (int) D.22864; D.22866 = D.22865 & 8; if (D.22866 != 0) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22861 = var->dreg; printf ("[simd-simplify] R%d has single bb use\n", D.22861); : : D.22861 = var->dreg; D.22862 = (sizetype) D.22861; D.22863 = vreg_flags + D.22862; D.22864 = *D.22863; D.22865 = (int) D.22864; D.22871 = D.22865 & 16; if (D.22871 != 0) goto ; else goto ; : D.22768 = cfg->verbose_level; if (D.22768 > 2) goto ; else goto ; : D.22861 = var->dreg; printf ("[simd-simplify] R%d has many bb in use\n", D.22861); : : D.22861 = var->dreg; D.22862 = (sizetype) D.22861; D.22863 = vreg_flags + D.22862; D.22864 = *D.22863; D.22865 = (int) D.22864; D.22866 = D.22865 & 8; if (D.22866 == 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.22861 = var->dreg; D.22878 = (unsigned int) D.22861; D.22879 = D.22878 * 4; D.22880 = target_bb + D.22879; D.22881 = *D.22880; ins = D.22881->code; goto ; : { int num_sregs; int j; int sregs[3]; gboolean found; try { found = 0; D.22813 = ins->sreg1; sregs[0] = D.22813; D.22814 = ins->sreg2; sregs[1] = D.22814; D.22815 = ins->sreg3; sregs[2] = D.22815; D.22758 = ins->opcode; D.22816 = (int) D.22758; D.22817 = D.22816 + -313; D.22818 = ins_sreg_counts[D.22817]; num_sregs = (int) D.22818; j = 0; goto ; : D.22882 = sregs[i]; D.22861 = var->dreg; if (D.22882 == D.22861) goto ; else goto ; : found = 1; : j = j + 1; : if (j < num_sregs) goto ; else goto ; : D.22792 = ins->dreg; D.22861 = var->dreg; if (D.22792 == D.22861) goto ; else goto ; : if (found == 0) goto ; else goto ; goto ; : if (found != 0) goto ; else goto ; : { struct MonoInst * tmp; D.22890 = cfg->mempool; tmp = mono_mempool_alloc (D.22890, 48); tmp->data.op[1].const_val = 0; D.22891 = tmp->data.op[1].const_val; tmp->data.op[0].const_val = D.22891; tmp->prev = 0B; D.22892 = tmp->prev; tmp->next = D.22892; tmp->opcode = 963; tmp->flags = 0; tmp->type = 0; tmp->dreg = -1; tmp->sreg3 = -1; D.22893 = tmp->sreg3; tmp->sreg2 = D.22893; D.22894 = tmp->sreg2; tmp->sreg1 = D.22894; D.22895 = cfg->ip; tmp->cil_code = D.22895; D.22861 = var->dreg; tmp->dreg = D.22861; tmp->type = 7; D.22856 = var->klass; tmp->klass = D.22856; D.22861 = var->dreg; D.22878 = (unsigned int) D.22861; D.22879 = D.22878 * 4; D.22880 = target_bb + D.22879; D.22881 = *D.22880; mono_bblock_insert_before_ins (D.22881, ins, tmp); goto ; } : : } finally { sregs = {CLOBBER}; } } ins = ins->next; : if (ins != 0B) goto ; else goto ; : } : i = i + 1; : i.2 = (unsigned int) i; D.22752 = cfg->num_varinfo; if (i.2 < D.22752) goto ; else goto ; : ins = first_bb->code; goto ; : D.22758 = ins->opcode; if (D.22758 == 963) goto ; else goto ; : D.22792 = ins->dreg; D.22793 = (sizetype) D.22792; D.22794 = vreg_flags + D.22793; D.22795 = *D.22794; D.22796 = (int) D.22795; D.22898 = D.22796 & 8; if (D.22898 != 0) goto ; else goto ; : ins->opcode = 316; ins->dreg = -1; ins->sreg3 = -1; D.22815 = ins->sreg3; ins->sreg2 = D.22815; D.22814 = ins->sreg2; ins->sreg1 = D.22814; : : ins = ins->next; : if (ins != 0B) goto ; else goto ; : monoeg_g_free (vreg_flags); monoeg_g_free (target_bb); } apply_vreg_first_block_interference (struct MonoCompile * cfg, struct MonoInst * ins, int reg, int max_vreg, char * vreg_flags) { _Bool D.22907; _Bool D.22908; _Bool D.22909; sizetype reg.3; char * D.22913; char D.22914; char D.22917; signed char D.22918; unsigned int D.22919; gboolean D.22922; D.22907 = reg != -1; D.22908 = reg <= max_vreg; D.22909 = D.22907 & D.22908; if (D.22909 != 0) goto ; else goto ; : reg.3 = (sizetype) reg; D.22913 = vreg_flags + reg.3; D.22914 = *D.22913; if (D.22914 != 0) goto ; else goto ; : reg.3 = (sizetype) reg; D.22913 = vreg_flags + reg.3; reg.3 = (sizetype) reg; D.22913 = vreg_flags + reg.3; D.22914 = *D.22913; D.22917 = D.22914 & -3; *D.22913 = D.22917; reg.3 = (sizetype) reg; D.22913 = vreg_flags + reg.3; reg.3 = (sizetype) reg; D.22913 = vreg_flags + reg.3; D.22914 = *D.22913; D.22918 = D.22914 | 4; *D.22913 = D.22918; D.22919 = cfg->verbose_level; if (D.22919 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d used: ", reg); mono_print_ins (ins); : D.22922 = 1; return D.22922; : : D.22922 = 0; return D.22922; } apply_vreg_following_block_interference (struct MonoCompile * cfg, struct MonoInst * ins, int reg, struct MonoBasicBlock * bb, int max_vreg, char * vreg_flags, struct MonoBasicBlock * * target_bb) { _Bool D.22926; _Bool D.22927; _Bool D.22928; sizetype reg.4; char * D.22931; char D.22932; int D.22933; int D.22934; unsigned int reg.5; unsigned int D.22937; struct MonoBasicBlock * * D.22938; struct MonoBasicBlock * D.22939; gboolean D.22940; int D.22941; char D.22944; signed char D.22945; unsigned int D.22946; int D.22949; signed char D.22952; D.22926 = reg == -1; D.22927 = reg > max_vreg; D.22928 = D.22926 | D.22927; if (D.22928 != 0) goto ; else goto ; : reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22933 = (int) D.22932; D.22934 = D.22933 & 2; if (D.22934 == 0) goto ; else goto ; : reg.5 = (unsigned int) reg; D.22937 = reg.5 * 4; D.22938 = target_bb + D.22937; D.22939 = *D.22938; if (D.22939 == bb) goto ; else goto ; : D.22940 = 0; return D.22940; : reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22933 = (int) D.22932; D.22941 = D.22933 & 8; if (D.22941 != 0) goto ; else goto ; : reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22944 = D.22932 & -9; *D.22931 = D.22944; reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22945 = D.22932 | 16; *D.22931 = D.22945; D.22946 = cfg->verbose_level; if (D.22946 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d used by many bb: ", reg); mono_print_ins (ins); : D.22940 = 1; return D.22940; : reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22933 = (int) D.22932; D.22949 = D.22933 & 16; if (D.22949 == 0) goto ; else goto ; : reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; reg.4 = (sizetype) reg; D.22931 = vreg_flags + reg.4; D.22932 = *D.22931; D.22952 = D.22932 | 8; *D.22931 = D.22952; reg.5 = (unsigned int) reg; D.22937 = reg.5 * 4; D.22938 = target_bb + D.22937; *D.22938 = bb; D.22946 = cfg->verbose_level; if (D.22946 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d first used by: ", reg); mono_print_ins (ins); : D.22940 = 1; return D.22940; : D.22940 = 0; return D.22940; } printf (const char * restrict __fmt) { int D.22956; D.22956 = __printf_chk (1, __fmt, __builtin_va_arg_pack ()); return D.22956; } mono_emit_simd_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.22619; int iftmp.6; int D.22615; struct MonoClass * D.22961; const char[10] * D.22962; unsigned char D.22963; int D.22964; unsigned char D.22965; int D.22966; _Bool D.22967; _Bool D.22968; _Bool D.22969; const unsigned char * D.22972; unsigned char D.22973; int D.22974; const unsigned char * D.22975; unsigned char D.22976; int D.22977; _Bool D.22978; _Bool D.22979; const unsigned char * D.22982; unsigned char D.22983; int D.22984; const unsigned char * D.22985; unsigned char D.22986; int D.22987; _Bool D.22988; _Bool D.22989; const unsigned char * D.22992; unsigned char D.22993; int D.22994; const unsigned char * D.22995; unsigned char D.22996; int D.22997; const char * D.22999; struct MonoInst * D.23002; int D.22628; int iftmp.7; int D.22624; const char[12] * D.23006; unsigned char D.23007; int D.23008; unsigned char D.23009; int D.23010; _Bool D.23011; _Bool D.23012; _Bool D.23013; const unsigned char * D.23016; unsigned char D.23017; int D.23018; const unsigned char * D.23019; unsigned char D.23020; int D.23021; _Bool D.23022; _Bool D.23023; const unsigned char * D.23026; unsigned char D.23027; int D.23028; const unsigned char * D.23029; unsigned char D.23030; int D.23031; _Bool D.23032; _Bool D.23033; const unsigned char * D.23036; unsigned char D.23037; int D.23038; const unsigned char * D.23039; unsigned char D.23040; int D.23041; int D.22637; int iftmp.8; int D.22633; const char[16] * D.23048; unsigned char D.23049; int D.23050; unsigned char D.23051; int D.23052; _Bool D.23053; _Bool D.23054; _Bool D.23055; const unsigned char * D.23058; unsigned char D.23059; int D.23060; const unsigned char * D.23061; unsigned char D.23062; int D.23063; _Bool D.23064; _Bool D.23065; const unsigned char * D.23068; unsigned char D.23069; int D.23070; const unsigned char * D.23071; unsigned char D.23072; int D.23073; _Bool D.23074; _Bool D.23075; const unsigned char * D.23078; unsigned char D.23079; int D.23080; const unsigned char * D.23081; unsigned char D.23082; int D.23083; int D.22646; int iftmp.9; int D.22642; const char[17] * D.23090; unsigned char D.23091; int D.23092; unsigned char D.23093; int D.23094; _Bool D.23095; _Bool D.23096; _Bool D.23097; const unsigned char * D.23100; unsigned char D.23101; int D.23102; const unsigned char * D.23103; unsigned char D.23104; int D.23105; _Bool D.23106; _Bool D.23107; const unsigned char * D.23110; unsigned char D.23111; int D.23112; const unsigned char * D.23113; unsigned char D.23114; int D.23115; _Bool D.23116; _Bool D.23117; const unsigned char * D.23120; unsigned char D.23121; int D.23122; const unsigned char * D.23123; unsigned char D.23124; int D.23125; short unsigned int D.23129; int D.23130; int D.23131; struct MonoMethodSignature * D.23134; struct MonoType * D.23135; struct MonoClass * D.23136; unsigned char D.23138; unsigned char D.23139; int D.22655; int iftmp.10; int D.22651; const char[9] * D.23145; unsigned char D.23146; int D.23147; unsigned char D.23148; int D.23149; _Bool D.23150; _Bool D.23151; _Bool D.23152; const unsigned char * D.23155; unsigned char D.23156; int D.23157; const unsigned char * D.23158; unsigned char D.23159; int D.23160; _Bool D.23161; _Bool D.23162; const unsigned char * D.23165; unsigned char D.23166; int D.23167; const unsigned char * D.23168; unsigned char D.23169; int D.23170; _Bool D.23171; _Bool D.23172; const unsigned char * D.23175; unsigned char D.23176; int D.23177; const unsigned char * D.23178; unsigned char D.23179; int D.23180; int D.22664; int iftmp.11; int D.22660; const char[9] * D.23187; unsigned char D.23188; int D.23189; unsigned char D.23190; int D.23191; _Bool D.23192; _Bool D.23193; _Bool D.23194; const unsigned char * D.23197; unsigned char D.23198; int D.23199; const unsigned char * D.23200; unsigned char D.23201; int D.23202; _Bool D.23203; _Bool D.23204; const unsigned char * D.23207; unsigned char D.23208; int D.23209; const unsigned char * D.23210; unsigned char D.23211; int D.23212; _Bool D.23213; _Bool D.23214; const unsigned char * D.23217; unsigned char D.23218; int D.23219; const unsigned char * D.23220; unsigned char D.23221; int D.23222; int D.22673; int iftmp.12; int D.22669; const char[10] * D.23229; unsigned char D.23230; int D.23231; unsigned char D.23232; int D.23233; _Bool D.23234; _Bool D.23235; _Bool D.23236; const unsigned char * D.23239; unsigned char D.23240; int D.23241; const unsigned char * D.23242; unsigned char D.23243; int D.23244; _Bool D.23245; _Bool D.23246; const unsigned char * D.23249; unsigned char D.23250; int D.23251; const unsigned char * D.23252; unsigned char D.23253; int D.23254; _Bool D.23255; _Bool D.23256; const unsigned char * D.23259; unsigned char D.23260; int D.23261; const unsigned char * D.23262; unsigned char D.23263; int D.23264; int D.22682; int iftmp.13; int D.22678; const char[9] * D.23271; unsigned char D.23272; int D.23273; unsigned char D.23274; int D.23275; _Bool D.23276; _Bool D.23277; _Bool D.23278; const unsigned char * D.23281; unsigned char D.23282; int D.23283; const unsigned char * D.23284; unsigned char D.23285; int D.23286; _Bool D.23287; _Bool D.23288; const unsigned char * D.23291; unsigned char D.23292; int D.23293; const unsigned char * D.23294; unsigned char D.23295; int D.23296; _Bool D.23297; _Bool D.23298; const unsigned char * D.23301; unsigned char D.23302; int D.23303; const unsigned char * D.23304; unsigned char D.23305; int D.23306; int D.22691; int iftmp.14; int D.22687; const char[10] * D.23313; unsigned char D.23314; int D.23315; unsigned char D.23316; int D.23317; _Bool D.23318; _Bool D.23319; _Bool D.23320; const unsigned char * D.23323; unsigned char D.23324; int D.23325; const unsigned char * D.23326; unsigned char D.23327; int D.23328; _Bool D.23329; _Bool D.23330; const unsigned char * D.23333; unsigned char D.23334; int D.23335; const unsigned char * D.23336; unsigned char D.23337; int D.23338; _Bool D.23339; _Bool D.23340; const unsigned char * D.23343; unsigned char D.23344; int D.23345; const unsigned char * D.23346; unsigned char D.23347; int D.23348; int D.22700; int iftmp.15; int D.22696; const char[9] * D.23355; unsigned char D.23356; int D.23357; unsigned char D.23358; int D.23359; _Bool D.23360; _Bool D.23361; _Bool D.23362; const unsigned char * D.23365; unsigned char D.23366; int D.23367; const unsigned char * D.23368; unsigned char D.23369; int D.23370; _Bool D.23371; _Bool D.23372; const unsigned char * D.23375; unsigned char D.23376; int D.23377; const unsigned char * D.23378; unsigned char D.23379; int D.23380; _Bool D.23381; _Bool D.23382; const unsigned char * D.23385; unsigned char D.23386; int D.23387; const unsigned char * D.23388; unsigned char D.23389; int D.23390; int D.22709; int iftmp.16; int D.22705; const char[10] * D.23397; unsigned char D.23398; int D.23399; unsigned char D.23400; int D.23401; _Bool D.23402; _Bool D.23403; _Bool D.23404; const unsigned char * D.23407; unsigned char D.23408; int D.23409; const unsigned char * D.23410; unsigned char D.23411; int D.23412; _Bool D.23413; _Bool D.23414; const unsigned char * D.23417; unsigned char D.23418; int D.23419; const unsigned char * D.23420; unsigned char D.23421; int D.23422; _Bool D.23423; _Bool D.23424; const unsigned char * D.23427; unsigned char D.23428; int D.23429; const unsigned char * D.23430; unsigned char D.23431; int D.23432; int D.22718; int iftmp.17; int D.22714; const char[9] * D.23439; unsigned char D.23440; int D.23441; unsigned char D.23442; int D.23443; _Bool D.23444; _Bool D.23445; _Bool D.23446; const unsigned char * D.23449; unsigned char D.23450; int D.23451; const unsigned char * D.23452; unsigned char D.23453; int D.23454; _Bool D.23455; _Bool D.23456; const unsigned char * D.23459; unsigned char D.23460; int D.23461; const unsigned char * D.23462; unsigned char D.23463; int D.23464; _Bool D.23465; _Bool D.23466; const unsigned char * D.23469; unsigned char D.23470; int D.23471; const unsigned char * D.23472; unsigned char D.23473; int D.23474; int D.22727; int iftmp.18; int D.22723; const char[10] * D.23481; unsigned char D.23482; int D.23483; unsigned char D.23484; int D.23485; _Bool D.23486; _Bool D.23487; _Bool D.23488; const unsigned char * D.23491; unsigned char D.23492; int D.23493; const unsigned char * D.23494; unsigned char D.23495; int D.23496; _Bool D.23497; _Bool D.23498; const unsigned char * D.23501; unsigned char D.23502; int D.23503; const unsigned char * D.23504; unsigned char D.23505; int D.23506; _Bool D.23507; _Bool D.23508; const unsigned char * D.23511; unsigned char D.23512; int D.23513; const unsigned char * D.23514; unsigned char D.23515; int D.23516; int D.22736; int iftmp.19; int D.22732; const char[11] * D.23523; unsigned char D.23524; int D.23525; unsigned char D.23526; int D.23527; _Bool D.23528; _Bool D.23529; _Bool D.23530; const unsigned char * D.23533; unsigned char D.23534; int D.23535; const unsigned char * D.23536; unsigned char D.23537; int D.23538; _Bool D.23539; _Bool D.23540; const unsigned char * D.23543; unsigned char D.23544; int D.23545; const unsigned char * D.23546; unsigned char D.23547; int D.23548; _Bool D.23549; _Bool D.23550; const unsigned char * D.23553; unsigned char D.23554; int D.23555; const unsigned char * D.23556; unsigned char D.23557; int D.23558; const char * class_name; { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; D.22961 = cmethod->klass; __s2 = D.22961->name_space; D.22962 = "Mono.Simd"; D.22963 = MEM[(const unsigned char *)D.22962]; D.22964 = (int) D.22963; D.22965 = *__s2; D.22966 = (int) D.22965; __result = D.22964 - D.22966; { D.22967 = __s1_len != 0; D.22968 = __result == 0; D.22969 = D.22967 & D.22968; if (D.22969 != 0) goto ; else goto ; : D.22972 = &MEM[(void *)"Mono.Simd" + 1B]; D.22973 = *D.22972; D.22974 = (int) D.22973; D.22975 = __s2 + 1; D.22976 = *D.22975; D.22977 = (int) D.22976; __result = D.22974 - D.22977; D.22978 = __s1_len > 1; D.22968 = __result == 0; D.22979 = D.22978 & D.22968; if (D.22979 != 0) goto ; else goto ; : D.22982 = &MEM[(void *)"Mono.Simd" + 2B]; D.22983 = *D.22982; D.22984 = (int) D.22983; D.22985 = __s2 + 2; D.22986 = *D.22985; D.22987 = (int) D.22986; __result = D.22984 - D.22987; D.22988 = __s1_len > 2; D.22968 = __result == 0; D.22989 = D.22988 & D.22968; if (D.22989 != 0) goto ; else goto ; : D.22992 = &MEM[(void *)"Mono.Simd" + 3B]; D.22993 = *D.22992; D.22994 = (int) D.22993; D.22995 = __s2 + 3; D.22996 = *D.22995; D.22997 = (int) D.22996; __result = D.22994 - D.22997; : : : } D.22615 = __result; } iftmp.6 = D.22615; goto ; : D.22961 = cmethod->klass; D.22999 = D.22961->name_space; iftmp.6 = __builtin_strcmp ("Mono.Simd", D.22999); : D.22619 = iftmp.6; } if (D.22619 != 0) goto ; else goto ; : D.23002 = 0B; return D.23002; : D.22961 = cmethod->klass; class_name = D.22961->name; { size_t __s1_len; size_t __s2_len; __s1_len = 11; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23006 = "SimdRuntime"; D.23007 = MEM[(const unsigned char *)D.23006]; D.23008 = (int) D.23007; D.23009 = *__s2; D.23010 = (int) D.23009; __result = D.23008 - D.23010; { D.23011 = __s1_len != 0; D.23012 = __result == 0; D.23013 = D.23011 & D.23012; if (D.23013 != 0) goto ; else goto ; : D.23016 = &MEM[(void *)"SimdRuntime" + 1B]; D.23017 = *D.23016; D.23018 = (int) D.23017; D.23019 = __s2 + 1; D.23020 = *D.23019; D.23021 = (int) D.23020; __result = D.23018 - D.23021; D.23022 = __s1_len > 1; D.23012 = __result == 0; D.23023 = D.23022 & D.23012; if (D.23023 != 0) goto ; else goto ; : D.23026 = &MEM[(void *)"SimdRuntime" + 2B]; D.23027 = *D.23026; D.23028 = (int) D.23027; D.23029 = __s2 + 2; D.23030 = *D.23029; D.23031 = (int) D.23030; __result = D.23028 - D.23031; D.23032 = __s1_len > 2; D.23012 = __result == 0; D.23033 = D.23032 & D.23012; if (D.23033 != 0) goto ; else goto ; : D.23036 = &MEM[(void *)"SimdRuntime" + 3B]; D.23037 = *D.23036; D.23038 = (int) D.23037; D.23039 = __s2 + 3; D.23040 = *D.23039; D.23041 = (int) D.23040; __result = D.23038 - D.23041; : : : } D.22624 = __result; } iftmp.7 = D.22624; goto ; : iftmp.7 = __builtin_strcmp ("SimdRuntime", class_name); : D.22628 = iftmp.7; } if (D.22628 == 0) goto ; else goto ; : D.23002 = emit_simd_runtime_intrinsics (cfg, cmethod, fsig, args); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 15; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23048 = "ArrayExtensions"; D.23049 = MEM[(const unsigned char *)D.23048]; D.23050 = (int) D.23049; D.23051 = *__s2; D.23052 = (int) D.23051; __result = D.23050 - D.23052; { D.23053 = __s1_len != 0; D.23054 = __result == 0; D.23055 = D.23053 & D.23054; if (D.23055 != 0) goto ; else goto ; : D.23058 = &MEM[(void *)"ArrayExtensions" + 1B]; D.23059 = *D.23058; D.23060 = (int) D.23059; D.23061 = __s2 + 1; D.23062 = *D.23061; D.23063 = (int) D.23062; __result = D.23060 - D.23063; D.23064 = __s1_len > 1; D.23054 = __result == 0; D.23065 = D.23064 & D.23054; if (D.23065 != 0) goto ; else goto ; : D.23068 = &MEM[(void *)"ArrayExtensions" + 2B]; D.23069 = *D.23068; D.23070 = (int) D.23069; D.23071 = __s2 + 2; D.23072 = *D.23071; D.23073 = (int) D.23072; __result = D.23070 - D.23073; D.23074 = __s1_len > 2; D.23054 = __result == 0; D.23075 = D.23074 & D.23054; if (D.23075 != 0) goto ; else goto ; : D.23078 = &MEM[(void *)"ArrayExtensions" + 3B]; D.23079 = *D.23078; D.23080 = (int) D.23079; D.23081 = __s2 + 3; D.23082 = *D.23081; D.23083 = (int) D.23082; __result = D.23080 - D.23083; : : : } D.22633 = __result; } iftmp.8 = D.22633; goto ; : iftmp.8 = __builtin_strcmp ("ArrayExtensions", class_name); : D.22637 = iftmp.8; } if (D.22637 == 0) goto ; else goto ; : D.23002 = emit_array_extension_intrinsics (cfg, cmethod, fsig, args); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 16; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23090 = "VectorOperations"; D.23091 = MEM[(const unsigned char *)D.23090]; D.23092 = (int) D.23091; D.23093 = *__s2; D.23094 = (int) D.23093; __result = D.23092 - D.23094; { D.23095 = __s1_len != 0; D.23096 = __result == 0; D.23097 = D.23095 & D.23096; if (D.23097 != 0) goto ; else goto ; : D.23100 = &MEM[(void *)"VectorOperations" + 1B]; D.23101 = *D.23100; D.23102 = (int) D.23101; D.23103 = __s2 + 1; D.23104 = *D.23103; D.23105 = (int) D.23104; __result = D.23102 - D.23105; D.23106 = __s1_len > 1; D.23096 = __result == 0; D.23107 = D.23106 & D.23096; if (D.23107 != 0) goto ; else goto ; : D.23110 = &MEM[(void *)"VectorOperations" + 2B]; D.23111 = *D.23110; D.23112 = (int) D.23111; D.23113 = __s2 + 2; D.23114 = *D.23113; D.23115 = (int) D.23114; __result = D.23112 - D.23115; D.23116 = __s1_len > 2; D.23096 = __result == 0; D.23117 = D.23116 & D.23096; if (D.23117 != 0) goto ; else goto ; : D.23120 = &MEM[(void *)"VectorOperations" + 3B]; D.23121 = *D.23120; D.23122 = (int) D.23121; D.23123 = __s2 + 3; D.23124 = *D.23123; D.23125 = (int) D.23124; __result = D.23122 - D.23125; : : : } D.22642 = __result; } iftmp.9 = D.22642; goto ; : iftmp.9 = __builtin_strcmp ("VectorOperations", class_name); : D.22646 = iftmp.9; } if (D.22646 == 0) goto ; else goto ; : D.23129 = cmethod->flags; D.23130 = (int) D.23129; D.23131 = D.23130 & 16; if (D.23131 == 0) goto ; else goto ; : D.23002 = 0B; return D.23002; : D.23134 = mono_method_signature (cmethod); D.23135 = D.23134->params[0]; D.23136 = mono_class_from_mono_type (D.23135); class_name = D.23136->name; goto ; : D.22961 = cmethod->klass; D.23138 = BIT_FIELD_REF <*D.22961, 8, 192>; D.23139 = D.23138 & 2; if (D.23139 == 0) goto ; else goto ; : D.23002 = 0B; return D.23002; : : cfg->uses_simd_intrinsics = 1; { size_t __s1_len; size_t __s2_len; __s1_len = 8; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23145 = "Vector2d"; D.23146 = MEM[(const unsigned char *)D.23145]; D.23147 = (int) D.23146; D.23148 = *__s2; D.23149 = (int) D.23148; __result = D.23147 - D.23149; { D.23150 = __s1_len != 0; D.23151 = __result == 0; D.23152 = D.23150 & D.23151; if (D.23152 != 0) goto ; else goto ; : D.23155 = &MEM[(void *)"Vector2d" + 1B]; D.23156 = *D.23155; D.23157 = (int) D.23156; D.23158 = __s2 + 1; D.23159 = *D.23158; D.23160 = (int) D.23159; __result = D.23157 - D.23160; D.23161 = __s1_len > 1; D.23151 = __result == 0; D.23162 = D.23161 & D.23151; if (D.23162 != 0) goto ; else goto ; : D.23165 = &MEM[(void *)"Vector2d" + 2B]; D.23166 = *D.23165; D.23167 = (int) D.23166; D.23168 = __s2 + 2; D.23169 = *D.23168; D.23170 = (int) D.23169; __result = D.23167 - D.23170; D.23171 = __s1_len > 2; D.23151 = __result == 0; D.23172 = D.23171 & D.23151; if (D.23172 != 0) goto ; else goto ; : D.23175 = &MEM[(void *)"Vector2d" + 3B]; D.23176 = *D.23175; D.23177 = (int) D.23176; D.23178 = __s2 + 3; D.23179 = *D.23178; D.23180 = (int) D.23179; __result = D.23177 - D.23180; : : : } D.22651 = __result; } iftmp.10 = D.22651; goto ; : iftmp.10 = __builtin_strcmp ("Vector2d", class_name); : D.22655 = iftmp.10; } if (D.22655 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2d_intrinsics, 41); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 8; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23187 = "Vector4f"; D.23188 = MEM[(const unsigned char *)D.23187]; D.23189 = (int) D.23188; D.23190 = *__s2; D.23191 = (int) D.23190; __result = D.23189 - D.23191; { D.23192 = __s1_len != 0; D.23193 = __result == 0; D.23194 = D.23192 & D.23193; if (D.23194 != 0) goto ; else goto ; : D.23197 = &MEM[(void *)"Vector4f" + 1B]; D.23198 = *D.23197; D.23199 = (int) D.23198; D.23200 = __s2 + 1; D.23201 = *D.23200; D.23202 = (int) D.23201; __result = D.23199 - D.23202; D.23203 = __s1_len > 1; D.23193 = __result == 0; D.23204 = D.23203 & D.23193; if (D.23204 != 0) goto ; else goto ; : D.23207 = &MEM[(void *)"Vector4f" + 2B]; D.23208 = *D.23207; D.23209 = (int) D.23208; D.23210 = __s2 + 2; D.23211 = *D.23210; D.23212 = (int) D.23211; __result = D.23209 - D.23212; D.23213 = __s1_len > 2; D.23193 = __result == 0; D.23214 = D.23213 & D.23193; if (D.23214 != 0) goto ; else goto ; : D.23217 = &MEM[(void *)"Vector4f" + 3B]; D.23218 = *D.23217; D.23219 = (int) D.23218; D.23220 = __s2 + 3; D.23221 = *D.23220; D.23222 = (int) D.23221; __result = D.23219 - D.23222; : : : } D.22660 = __result; } iftmp.11 = D.22660; goto ; : iftmp.11 = __builtin_strcmp ("Vector4f", class_name); : D.22664 = iftmp.11; } if (D.22664 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4f_intrinsics, 51); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23229 = "Vector2ul"; D.23230 = MEM[(const unsigned char *)D.23229]; D.23231 = (int) D.23230; D.23232 = *__s2; D.23233 = (int) D.23232; __result = D.23231 - D.23233; { D.23234 = __s1_len != 0; D.23235 = __result == 0; D.23236 = D.23234 & D.23235; if (D.23236 != 0) goto ; else goto ; : D.23239 = &MEM[(void *)"Vector2ul" + 1B]; D.23240 = *D.23239; D.23241 = (int) D.23240; D.23242 = __s2 + 1; D.23243 = *D.23242; D.23244 = (int) D.23243; __result = D.23241 - D.23244; D.23245 = __s1_len > 1; D.23235 = __result == 0; D.23246 = D.23245 & D.23235; if (D.23246 != 0) goto ; else goto ; : D.23249 = &MEM[(void *)"Vector2ul" + 2B]; D.23250 = *D.23249; D.23251 = (int) D.23250; D.23252 = __s2 + 2; D.23253 = *D.23252; D.23254 = (int) D.23253; __result = D.23251 - D.23254; D.23255 = __s1_len > 2; D.23235 = __result == 0; D.23256 = D.23255 & D.23235; if (D.23256 != 0) goto ; else goto ; : D.23259 = &MEM[(void *)"Vector2ul" + 3B]; D.23260 = *D.23259; D.23261 = (int) D.23260; D.23262 = __s2 + 3; D.23263 = *D.23262; D.23264 = (int) D.23263; __result = D.23261 - D.23264; : : : } D.22669 = __result; } iftmp.12 = D.22669; goto ; : iftmp.12 = __builtin_strcmp ("Vector2ul", class_name); : D.22673 = iftmp.12; } if (D.22673 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2ul_intrinsics, 24); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 8; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23271 = "Vector2l"; D.23272 = MEM[(const unsigned char *)D.23271]; D.23273 = (int) D.23272; D.23274 = *__s2; D.23275 = (int) D.23274; __result = D.23273 - D.23275; { D.23276 = __s1_len != 0; D.23277 = __result == 0; D.23278 = D.23276 & D.23277; if (D.23278 != 0) goto ; else goto ; : D.23281 = &MEM[(void *)"Vector2l" + 1B]; D.23282 = *D.23281; D.23283 = (int) D.23282; D.23284 = __s2 + 1; D.23285 = *D.23284; D.23286 = (int) D.23285; __result = D.23283 - D.23286; D.23287 = __s1_len > 1; D.23277 = __result == 0; D.23288 = D.23287 & D.23277; if (D.23288 != 0) goto ; else goto ; : D.23291 = &MEM[(void *)"Vector2l" + 2B]; D.23292 = *D.23291; D.23293 = (int) D.23292; D.23294 = __s2 + 2; D.23295 = *D.23294; D.23296 = (int) D.23295; __result = D.23293 - D.23296; D.23297 = __s1_len > 2; D.23277 = __result == 0; D.23298 = D.23297 & D.23277; if (D.23298 != 0) goto ; else goto ; : D.23301 = &MEM[(void *)"Vector2l" + 3B]; D.23302 = *D.23301; D.23303 = (int) D.23302; D.23304 = __s2 + 3; D.23305 = *D.23304; D.23306 = (int) D.23305; __result = D.23303 - D.23306; : : : } D.22678 = __result; } iftmp.13 = D.22678; goto ; : iftmp.13 = __builtin_strcmp ("Vector2l", class_name); : D.22682 = iftmp.13; } if (D.22682 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2l_intrinsics, 25); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23313 = "Vector4ui"; D.23314 = MEM[(const unsigned char *)D.23313]; D.23315 = (int) D.23314; D.23316 = *__s2; D.23317 = (int) D.23316; __result = D.23315 - D.23317; { D.23318 = __s1_len != 0; D.23319 = __result == 0; D.23320 = D.23318 & D.23319; if (D.23320 != 0) goto ; else goto ; : D.23323 = &MEM[(void *)"Vector4ui" + 1B]; D.23324 = *D.23323; D.23325 = (int) D.23324; D.23326 = __s2 + 1; D.23327 = *D.23326; D.23328 = (int) D.23327; __result = D.23325 - D.23328; D.23329 = __s1_len > 1; D.23319 = __result == 0; D.23330 = D.23329 & D.23319; if (D.23330 != 0) goto ; else goto ; : D.23333 = &MEM[(void *)"Vector4ui" + 2B]; D.23334 = *D.23333; D.23335 = (int) D.23334; D.23336 = __s2 + 2; D.23337 = *D.23336; D.23338 = (int) D.23337; __result = D.23335 - D.23338; D.23339 = __s1_len > 2; D.23319 = __result == 0; D.23340 = D.23339 & D.23319; if (D.23340 != 0) goto ; else goto ; : D.23343 = &MEM[(void *)"Vector4ui" + 3B]; D.23344 = *D.23343; D.23345 = (int) D.23344; D.23346 = __s2 + 3; D.23347 = *D.23346; D.23348 = (int) D.23347; __result = D.23345 - D.23348; : : : } D.22687 = __result; } iftmp.14 = D.22687; goto ; : iftmp.14 = __builtin_strcmp ("Vector4ui", class_name); : D.22691 = iftmp.14; } if (D.22691 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4ui_intrinsics, 35); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 8; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23355 = "Vector4i"; D.23356 = MEM[(const unsigned char *)D.23355]; D.23357 = (int) D.23356; D.23358 = *__s2; D.23359 = (int) D.23358; __result = D.23357 - D.23359; { D.23360 = __s1_len != 0; D.23361 = __result == 0; D.23362 = D.23360 & D.23361; if (D.23362 != 0) goto ; else goto ; : D.23365 = &MEM[(void *)"Vector4i" + 1B]; D.23366 = *D.23365; D.23367 = (int) D.23366; D.23368 = __s2 + 1; D.23369 = *D.23368; D.23370 = (int) D.23369; __result = D.23367 - D.23370; D.23371 = __s1_len > 1; D.23361 = __result == 0; D.23372 = D.23371 & D.23361; if (D.23372 != 0) goto ; else goto ; : D.23375 = &MEM[(void *)"Vector4i" + 2B]; D.23376 = *D.23375; D.23377 = (int) D.23376; D.23378 = __s2 + 2; D.23379 = *D.23378; D.23380 = (int) D.23379; __result = D.23377 - D.23380; D.23381 = __s1_len > 2; D.23361 = __result == 0; D.23382 = D.23381 & D.23361; if (D.23382 != 0) goto ; else goto ; : D.23385 = &MEM[(void *)"Vector4i" + 3B]; D.23386 = *D.23385; D.23387 = (int) D.23386; D.23388 = __s2 + 3; D.23389 = *D.23388; D.23390 = (int) D.23389; __result = D.23387 - D.23390; : : : } D.22696 = __result; } iftmp.15 = D.22696; goto ; : iftmp.15 = __builtin_strcmp ("Vector4i", class_name); : D.22700 = iftmp.15; } if (D.22700 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4i_intrinsics, 38); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23397 = "Vector8us"; D.23398 = MEM[(const unsigned char *)D.23397]; D.23399 = (int) D.23398; D.23400 = *__s2; D.23401 = (int) D.23400; __result = D.23399 - D.23401; { D.23402 = __s1_len != 0; D.23403 = __result == 0; D.23404 = D.23402 & D.23403; if (D.23404 != 0) goto ; else goto ; : D.23407 = &MEM[(void *)"Vector8us" + 1B]; D.23408 = *D.23407; D.23409 = (int) D.23408; D.23410 = __s2 + 1; D.23411 = *D.23410; D.23412 = (int) D.23411; __result = D.23409 - D.23412; D.23413 = __s1_len > 1; D.23403 = __result == 0; D.23414 = D.23413 & D.23403; if (D.23414 != 0) goto ; else goto ; : D.23417 = &MEM[(void *)"Vector8us" + 2B]; D.23418 = *D.23417; D.23419 = (int) D.23418; D.23420 = __s2 + 2; D.23421 = *D.23420; D.23422 = (int) D.23421; __result = D.23419 - D.23422; D.23423 = __s1_len > 2; D.23403 = __result == 0; D.23424 = D.23423 & D.23403; if (D.23424 != 0) goto ; else goto ; : D.23427 = &MEM[(void *)"Vector8us" + 3B]; D.23428 = *D.23427; D.23429 = (int) D.23428; D.23430 = __s2 + 3; D.23431 = *D.23430; D.23432 = (int) D.23431; __result = D.23429 - D.23432; : : : } D.22705 = __result; } iftmp.16 = D.22705; goto ; : iftmp.16 = __builtin_strcmp ("Vector8us", class_name); : D.22709 = iftmp.16; } if (D.22709 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector8us_intrinsics, 48); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 8; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23439 = "Vector8s"; D.23440 = MEM[(const unsigned char *)D.23439]; D.23441 = (int) D.23440; D.23442 = *__s2; D.23443 = (int) D.23442; __result = D.23441 - D.23443; { D.23444 = __s1_len != 0; D.23445 = __result == 0; D.23446 = D.23444 & D.23445; if (D.23446 != 0) goto ; else goto ; : D.23449 = &MEM[(void *)"Vector8s" + 1B]; D.23450 = *D.23449; D.23451 = (int) D.23450; D.23452 = __s2 + 1; D.23453 = *D.23452; D.23454 = (int) D.23453; __result = D.23451 - D.23454; D.23455 = __s1_len > 1; D.23445 = __result == 0; D.23456 = D.23455 & D.23445; if (D.23456 != 0) goto ; else goto ; : D.23459 = &MEM[(void *)"Vector8s" + 2B]; D.23460 = *D.23459; D.23461 = (int) D.23460; D.23462 = __s2 + 2; D.23463 = *D.23462; D.23464 = (int) D.23463; __result = D.23461 - D.23464; D.23465 = __s1_len > 2; D.23445 = __result == 0; D.23466 = D.23465 & D.23445; if (D.23466 != 0) goto ; else goto ; : D.23469 = &MEM[(void *)"Vector8s" + 3B]; D.23470 = *D.23469; D.23471 = (int) D.23470; D.23472 = __s2 + 3; D.23473 = *D.23472; D.23474 = (int) D.23473; __result = D.23471 - D.23474; : : : } D.22714 = __result; } iftmp.17 = D.22714; goto ; : iftmp.17 = __builtin_strcmp ("Vector8s", class_name); : D.22718 = iftmp.17; } if (D.22718 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector8s_intrinsics, 48); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23481 = "Vector16b"; D.23482 = MEM[(const unsigned char *)D.23481]; D.23483 = (int) D.23482; D.23484 = *__s2; D.23485 = (int) D.23484; __result = D.23483 - D.23485; { D.23486 = __s1_len != 0; D.23487 = __result == 0; D.23488 = D.23486 & D.23487; if (D.23488 != 0) goto ; else goto ; : D.23491 = &MEM[(void *)"Vector16b" + 1B]; D.23492 = *D.23491; D.23493 = (int) D.23492; D.23494 = __s2 + 1; D.23495 = *D.23494; D.23496 = (int) D.23495; __result = D.23493 - D.23496; D.23497 = __s1_len > 1; D.23487 = __result == 0; D.23498 = D.23497 & D.23487; if (D.23498 != 0) goto ; else goto ; : D.23501 = &MEM[(void *)"Vector16b" + 2B]; D.23502 = *D.23501; D.23503 = (int) D.23502; D.23504 = __s2 + 2; D.23505 = *D.23504; D.23506 = (int) D.23505; __result = D.23503 - D.23506; D.23507 = __s1_len > 2; D.23487 = __result == 0; D.23508 = D.23507 & D.23487; if (D.23508 != 0) goto ; else goto ; : D.23511 = &MEM[(void *)"Vector16b" + 3B]; D.23512 = *D.23511; D.23513 = (int) D.23512; D.23514 = __s2 + 3; D.23515 = *D.23514; D.23516 = (int) D.23515; __result = D.23513 - D.23516; : : : } D.22723 = __result; } iftmp.18 = D.22723; goto ; : iftmp.18 = __builtin_strcmp ("Vector16b", class_name); : D.22727 = iftmp.18; } if (D.22727 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector16b_intrinsics, 57); return D.23002; : { size_t __s1_len; size_t __s2_len; __s1_len = 10; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = class_name; D.23523 = "Vector16sb"; D.23524 = MEM[(const unsigned char *)D.23523]; D.23525 = (int) D.23524; D.23526 = *__s2; D.23527 = (int) D.23526; __result = D.23525 - D.23527; { D.23528 = __s1_len != 0; D.23529 = __result == 0; D.23530 = D.23528 & D.23529; if (D.23530 != 0) goto ; else goto ; : D.23533 = &MEM[(void *)"Vector16sb" + 1B]; D.23534 = *D.23533; D.23535 = (int) D.23534; D.23536 = __s2 + 1; D.23537 = *D.23536; D.23538 = (int) D.23537; __result = D.23535 - D.23538; D.23539 = __s1_len > 1; D.23529 = __result == 0; D.23540 = D.23539 & D.23529; if (D.23540 != 0) goto ; else goto ; : D.23543 = &MEM[(void *)"Vector16sb" + 2B]; D.23544 = *D.23543; D.23545 = (int) D.23544; D.23546 = __s2 + 2; D.23547 = *D.23546; D.23548 = (int) D.23547; __result = D.23545 - D.23548; D.23549 = __s1_len > 2; D.23529 = __result == 0; D.23550 = D.23549 & D.23529; if (D.23550 != 0) goto ; else goto ; : D.23553 = &MEM[(void *)"Vector16sb" + 3B]; D.23554 = *D.23553; D.23555 = (int) D.23554; D.23556 = __s2 + 3; D.23557 = *D.23556; D.23558 = (int) D.23557; __result = D.23555 - D.23558; : : : } D.22732 = __result; } iftmp.19 = D.22732; goto ; : iftmp.19 = __builtin_strcmp ("Vector16sb", class_name); : D.22736 = iftmp.19; } if (D.22736 == 0) goto ; else goto ; : D.23002 = emit_intrinsics (cfg, cmethod, fsig, args, &vector16sb_intrinsics, 56); return D.23002; : D.23002 = 0B; return D.23002; } emit_simd_runtime_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.22602; int iftmp.20; int D.22598; const char[14] * D.23566; unsigned char D.23567; int D.23568; unsigned char D.23569; int D.23570; _Bool D.23571; _Bool D.23572; _Bool D.23573; const unsigned char * D.23576; unsigned char D.23577; int D.23578; const unsigned char * D.23579; unsigned char D.23580; int D.23581; _Bool D.23582; _Bool D.23583; const unsigned char * D.23586; unsigned char D.23587; int D.23588; const unsigned char * D.23589; unsigned char D.23590; int D.23591; _Bool D.23592; _Bool D.23593; const unsigned char * D.23596; unsigned char D.23597; int D.23598; const unsigned char * D.23599; unsigned char D.23600; int D.23601; const char * D.23603; struct MonoMemPool * D.23606; int D.23607; struct MonoInst * D.23608; int D.23609; int D.23610; const unsigned char * D.23611; unsigned int simd_supported_versions.21; int simd_supported_versions.22; unsigned int D.23614; int D.23615; struct MonoBasicBlock * D.23616; struct MonoInst * D.23617; struct MonoInst * D.23621; { size_t __s1_len; size_t __s2_len; __s1_len = 13; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23566 = "get_AccelMode"; D.23567 = MEM[(const unsigned char *)D.23566]; D.23568 = (int) D.23567; D.23569 = *__s2; D.23570 = (int) D.23569; __result = D.23568 - D.23570; { D.23571 = __s1_len != 0; D.23572 = __result == 0; D.23573 = D.23571 & D.23572; if (D.23573 != 0) goto ; else goto ; : D.23576 = &MEM[(void *)"get_AccelMode" + 1B]; D.23577 = *D.23576; D.23578 = (int) D.23577; D.23579 = __s2 + 1; D.23580 = *D.23579; D.23581 = (int) D.23580; __result = D.23578 - D.23581; D.23582 = __s1_len > 1; D.23572 = __result == 0; D.23583 = D.23582 & D.23572; if (D.23583 != 0) goto ; else goto ; : D.23586 = &MEM[(void *)"get_AccelMode" + 2B]; D.23587 = *D.23586; D.23588 = (int) D.23587; D.23589 = __s2 + 2; D.23590 = *D.23589; D.23591 = (int) D.23590; __result = D.23588 - D.23591; D.23592 = __s1_len > 2; D.23572 = __result == 0; D.23593 = D.23592 & D.23572; if (D.23593 != 0) goto ; else goto ; : D.23596 = &MEM[(void *)"get_AccelMode" + 3B]; D.23597 = *D.23596; D.23598 = (int) D.23597; D.23599 = __s2 + 3; D.23600 = *D.23599; D.23601 = (int) D.23600; __result = D.23598 - D.23601; : : : } D.22598 = __result; } iftmp.20 = D.22598; goto ; : D.23603 = cmethod->name; iftmp.20 = __builtin_strcmp ("get_AccelMode", D.23603); : D.22602 = iftmp.20; } if (D.22602 == 0) goto ; else goto ; : { struct MonoInst * ins; D.23606 = cfg->mempool; ins = mono_mempool_alloc (D.23606, 48); ins->data.op[1].const_val = 0; D.23607 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.23607; ins->prev = 0B; D.23608 = ins->prev; ins->next = D.23608; ins->opcode = 362; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.23609 = ins->sreg3; ins->sreg2 = D.23609; D.23610 = ins->sreg2; ins->sreg1 = D.23610; D.23611 = cfg->ip; ins->cil_code = D.23611; simd_supported_versions.21 = simd_supported_versions; simd_supported_versions.22 = (int) simd_supported_versions.21; ins->data.op[0].const_val = simd_supported_versions.22; ins->type = 1; D.23614 = alloc_dreg (cfg, 1); D.23615 = (int) D.23614; ins->dreg = D.23615; D.23616 = cfg->cbb; D.23617 = D.23616->last_ins; if (D.23617 != 0B) goto ; else goto ; : D.23616 = cfg->cbb; D.23617 = D.23616->last_ins; D.23617->next = ins; D.23616 = cfg->cbb; D.23617 = D.23616->last_ins; ins->prev = D.23617; D.23616 = cfg->cbb; D.23616->last_ins = ins; goto ; : D.23616 = cfg->cbb; D.23616 = cfg->cbb; D.23616->last_ins = ins; D.23617 = D.23616->last_ins; D.23616->code = D.23617; : D.23621 = ins; return D.23621; } : D.23621 = 0B; return D.23621; } alloc_dreg (struct MonoCompile * cfg, MonoStackType stack_type) { guint32 D.23623; switch (stack_type) , case 1: , case 2: , case 3: , case 4: , case 5: , case 6: , case 7: > : : D.23623 = alloc_ireg (cfg); return D.23623; : D.23623 = alloc_ireg_mp (cfg); return D.23623; : D.23623 = alloc_ireg_ref (cfg); return D.23623; : D.23623 = alloc_freg (cfg); return D.23623; : D.23623 = alloc_lreg (cfg); return D.23623; : D.23623 = alloc_ireg (cfg); return D.23623; : monoeg_g_log (0B, 16, "Unknown stack type %x\n", stack_type); monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "ir-emit.h", 97); D.23623 = 4294967295; return D.23623; } alloc_ireg_mp (struct MonoCompile * cfg) { unsigned int D.23625; unsigned char D.23626; unsigned char D.23627; guint32 D.23630; int vreg; D.23625 = alloc_ireg (cfg); vreg = (int) D.23625; D.23626 = BIT_FIELD_REF <*cfg, 8, 3424>; D.23627 = D.23626 & 128; if (D.23627 != 0) goto ; else goto ; : mono_mark_vreg_as_mp (cfg, vreg); : D.23630 = (guint32) vreg; return D.23630; } alloc_ireg_ref (struct MonoCompile * cfg) { unsigned int D.23632; unsigned char D.23633; unsigned char D.23634; guint32 D.23637; int vreg; D.23632 = alloc_ireg (cfg); vreg = (int) D.23632; D.23633 = BIT_FIELD_REF <*cfg, 8, 3424>; D.23634 = D.23633 & 128; if (D.23634 != 0) goto ; else goto ; : mono_mark_vreg_as_ref (cfg, vreg); : D.23637 = (guint32) vreg; return D.23637; } alloc_freg (struct MonoCompile * cfg) { int D.23639; guint32 D.23642; unsigned int D.23643; unsigned int D.23644; unsigned int D.23645; D.23639 = mono_arch_is_soft_float (); if (D.23639 != 0) goto ; else goto ; : D.23642 = alloc_lreg (cfg); return D.23642; : D.23643 = cfg->next_vreg; D.23644 = D.23643; D.23645 = D.23644 + 1; cfg->next_vreg = D.23645; D.23642 = D.23644; return D.23642; } mono_arch_is_soft_float () { gboolean D.23647; D.23647 = 0; return D.23647; } alloc_lreg (struct MonoCompile * cfg) { unsigned int D.23649; unsigned int D.23650; guint32 D.23651; guint32 res; res = cfg->next_vreg; D.23649 = cfg->next_vreg; D.23650 = D.23649 + 3; cfg->next_vreg = D.23650; D.23651 = res; return D.23651; } alloc_ireg (struct MonoCompile * cfg) { guint32 D.23653; unsigned int D.23654; unsigned int D.23655; unsigned int D.23656; D.23654 = cfg->next_vreg; D.23655 = D.23654; D.23656 = D.23655 + 1; cfg->next_vreg = D.23656; D.23653 = D.23655; return D.23653; } emit_array_extension_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.22524; int iftmp.23; int D.22520; const char[10] * D.23663; unsigned char D.23664; int D.23665; unsigned char D.23666; int D.23667; _Bool D.23668; _Bool D.23669; _Bool D.23670; const unsigned char * D.23673; unsigned char D.23674; int D.23675; const unsigned char * D.23676; unsigned char D.23677; int D.23678; _Bool D.23679; _Bool D.23680; const unsigned char * D.23683; unsigned char D.23684; int D.23685; const unsigned char * D.23686; unsigned char D.23687; int D.23688; _Bool D.23689; _Bool D.23690; const unsigned char * D.23693; unsigned char D.23694; int D.23695; const unsigned char * D.23696; unsigned char D.23697; int D.23698; const char * D.23700; int D.22533; int iftmp.24; int D.22529; const char[17] * D.23705; unsigned char D.23706; int D.23707; unsigned char D.23708; int D.23709; _Bool D.23710; _Bool D.23711; _Bool D.23712; const unsigned char * D.23715; unsigned char D.23716; int D.23717; const unsigned char * D.23718; unsigned char D.23719; int D.23720; _Bool D.23721; _Bool D.23722; const unsigned char * D.23725; unsigned char D.23726; int D.23727; const unsigned char * D.23728; unsigned char D.23729; int D.23730; _Bool D.23731; _Bool D.23732; const unsigned char * D.23735; unsigned char D.23736; int D.23737; const unsigned char * D.23738; unsigned char D.23739; int D.23740; struct MonoInst * * D.23742; struct MonoInst * D.23743; struct MonoInst * D.23744; struct MonoType * D.23745; struct MonoMemPool * D.23746; int D.23747; struct MonoInst * D.23748; guint16 iftmp.25; int D.22544; int iftmp.26; int D.22540; unsigned char D.23753; int D.23754; _Bool D.23755; _Bool D.23756; _Bool D.23757; const unsigned char * D.23760; unsigned char D.23761; int D.23762; _Bool D.23763; _Bool D.23764; const unsigned char * D.23767; unsigned char D.23768; int D.23769; _Bool D.23770; _Bool D.23771; const unsigned char * D.23774; unsigned char D.23775; int D.23776; int D.23781; int D.23782; const unsigned char * D.23783; struct MonoClass * D.23784; unsigned int D.23785; int D.23786; struct MonoBasicBlock * D.23787; struct MonoInst * D.23788; struct MonoInst * D.23792; int D.22553; int iftmp.27; int D.22549; const char[10] * D.23798; unsigned char D.23799; int D.23800; unsigned char D.23801; int D.23802; _Bool D.23803; _Bool D.23804; _Bool D.23805; const unsigned char * D.23808; unsigned char D.23809; int D.23810; const unsigned char * D.23811; unsigned char D.23812; int D.23813; _Bool D.23814; _Bool D.23815; const unsigned char * D.23818; unsigned char D.23819; int D.23820; const unsigned char * D.23821; unsigned char D.23822; int D.23823; _Bool D.23824; _Bool D.23825; const unsigned char * D.23828; unsigned char D.23829; int D.23830; const unsigned char * D.23831; unsigned char D.23832; int D.23833; int D.22562; int iftmp.28; int D.22558; const char[17] * D.23839; unsigned char D.23840; int D.23841; unsigned char D.23842; int D.23843; _Bool D.23844; _Bool D.23845; _Bool D.23846; const unsigned char * D.23849; unsigned char D.23850; int D.23851; const unsigned char * D.23852; unsigned char D.23853; int D.23854; _Bool D.23855; _Bool D.23856; const unsigned char * D.23859; unsigned char D.23860; int D.23861; const unsigned char * D.23862; unsigned char D.23863; int D.23864; _Bool D.23865; _Bool D.23866; const unsigned char * D.23869; unsigned char D.23870; int D.23871; const unsigned char * D.23872; unsigned char D.23873; int D.23874; struct MonoInst * * D.23876; struct MonoInst * D.23877; int D.23878; struct MonoInst * D.23879; guint16 iftmp.29; int D.22574; int iftmp.30; int D.22570; unsigned char D.23884; int D.23885; _Bool D.23886; _Bool D.23887; _Bool D.23888; const unsigned char * D.23891; unsigned char D.23892; int D.23893; _Bool D.23894; _Bool D.23895; const unsigned char * D.23898; unsigned char D.23899; int D.23900; _Bool D.23901; _Bool D.23902; const unsigned char * D.23905; unsigned char D.23906; int D.23907; int D.23912; int D.23913; int D.22583; int iftmp.31; int D.22579; const char[10] * D.23920; unsigned char D.23921; int D.23922; unsigned char D.23923; int D.23924; _Bool D.23925; _Bool D.23926; _Bool D.23927; const unsigned char * D.23930; unsigned char D.23931; int D.23932; const unsigned char * D.23933; unsigned char D.23934; int D.23935; _Bool D.23936; _Bool D.23937; const unsigned char * D.23940; unsigned char D.23941; int D.23942; const unsigned char * D.23943; unsigned char D.23944; int D.23945; _Bool D.23946; _Bool D.23947; const unsigned char * D.23950; unsigned char D.23951; int D.23952; const unsigned char * D.23953; unsigned char D.23954; int D.23955; int D.23959; struct MonoInst * D.23960; int D.23961; int D.23962; int D.23966; struct MonoInst * D.23967; int D.23968; int D.23969; int D.23973; struct MonoInst * D.23974; int D.23975; int D.23976; { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23663 = "GetVector"; D.23664 = MEM[(const unsigned char *)D.23663]; D.23665 = (int) D.23664; D.23666 = *__s2; D.23667 = (int) D.23666; __result = D.23665 - D.23667; { D.23668 = __s1_len != 0; D.23669 = __result == 0; D.23670 = D.23668 & D.23669; if (D.23670 != 0) goto ; else goto ; : D.23673 = &MEM[(void *)"GetVector" + 1B]; D.23674 = *D.23673; D.23675 = (int) D.23674; D.23676 = __s2 + 1; D.23677 = *D.23676; D.23678 = (int) D.23677; __result = D.23675 - D.23678; D.23679 = __s1_len > 1; D.23669 = __result == 0; D.23680 = D.23679 & D.23669; if (D.23680 != 0) goto ; else goto ; : D.23683 = &MEM[(void *)"GetVector" + 2B]; D.23684 = *D.23683; D.23685 = (int) D.23684; D.23686 = __s2 + 2; D.23687 = *D.23686; D.23688 = (int) D.23687; __result = D.23685 - D.23688; D.23689 = __s1_len > 2; D.23669 = __result == 0; D.23690 = D.23689 & D.23669; if (D.23690 != 0) goto ; else goto ; : D.23693 = &MEM[(void *)"GetVector" + 3B]; D.23694 = *D.23693; D.23695 = (int) D.23694; D.23696 = __s2 + 3; D.23697 = *D.23696; D.23698 = (int) D.23697; __result = D.23695 - D.23698; : : : } D.22520 = __result; } iftmp.23 = D.22520; goto ; : D.23700 = cmethod->name; iftmp.23 = __builtin_strcmp ("GetVector", D.23700); : D.22524 = iftmp.23; } if (D.22524 == 0) goto ; else goto ; : { size_t __s1_len; size_t __s2_len; __s1_len = 16; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23705 = "GetVectorAligned"; D.23706 = MEM[(const unsigned char *)D.23705]; D.23707 = (int) D.23706; D.23708 = *__s2; D.23709 = (int) D.23708; __result = D.23707 - D.23709; { D.23710 = __s1_len != 0; D.23711 = __result == 0; D.23712 = D.23710 & D.23711; if (D.23712 != 0) goto ; else goto ; : D.23715 = &MEM[(void *)"GetVectorAligned" + 1B]; D.23716 = *D.23715; D.23717 = (int) D.23716; D.23718 = __s2 + 1; D.23719 = *D.23718; D.23720 = (int) D.23719; __result = D.23717 - D.23720; D.23721 = __s1_len > 1; D.23711 = __result == 0; D.23722 = D.23721 & D.23711; if (D.23722 != 0) goto ; else goto ; : D.23725 = &MEM[(void *)"GetVectorAligned" + 2B]; D.23726 = *D.23725; D.23727 = (int) D.23726; D.23728 = __s2 + 2; D.23729 = *D.23728; D.23730 = (int) D.23729; __result = D.23727 - D.23730; D.23731 = __s1_len > 2; D.23711 = __result == 0; D.23732 = D.23731 & D.23711; if (D.23732 != 0) goto ; else goto ; : D.23735 = &MEM[(void *)"GetVectorAligned" + 3B]; D.23736 = *D.23735; D.23737 = (int) D.23736; D.23738 = __s2 + 3; D.23739 = *D.23738; D.23740 = (int) D.23739; __result = D.23737 - D.23740; : : : } D.22529 = __result; } iftmp.24 = D.22529; goto ; : D.23700 = cmethod->name; iftmp.24 = __builtin_strcmp ("GetVectorAligned", D.23700); : D.22533 = iftmp.24; } if (D.22533 == 0) goto ; else goto ; : { struct MonoInst * load; int addr; D.23742 = args + 4; D.23743 = *D.23742; D.23744 = *args; D.23745 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.23745, D.23744, D.23743, 1); D.23746 = cfg->mempool; load = mono_mempool_alloc (D.23746, 48); load->data.op[1].const_val = 0; D.23747 = load->data.op[1].const_val; load->data.op[0].const_val = D.23747; load->prev = 0B; D.23748 = load->prev; load->next = D.23748; { size_t __s1_len; size_t __s2_len; __s1_len = 16; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23705 = "GetVectorAligned"; D.23706 = MEM[(const unsigned char *)D.23705]; D.23707 = (int) D.23706; D.23753 = *__s2; D.23754 = (int) D.23753; __result = D.23707 - D.23754; { D.23755 = __s1_len != 0; D.23756 = __result == 0; D.23757 = D.23755 & D.23756; if (D.23757 != 0) goto ; else goto ; : D.23715 = &MEM[(void *)"GetVectorAligned" + 1B]; D.23716 = *D.23715; D.23717 = (int) D.23716; D.23760 = __s2 + 1; D.23761 = *D.23760; D.23762 = (int) D.23761; __result = D.23717 - D.23762; D.23763 = __s1_len > 1; D.23756 = __result == 0; D.23764 = D.23763 & D.23756; if (D.23764 != 0) goto ; else goto ; : D.23725 = &MEM[(void *)"GetVectorAligned" + 2B]; D.23726 = *D.23725; D.23727 = (int) D.23726; D.23767 = __s2 + 2; D.23768 = *D.23767; D.23769 = (int) D.23768; __result = D.23727 - D.23769; D.23770 = __s1_len > 2; D.23756 = __result == 0; D.23771 = D.23770 & D.23756; if (D.23771 != 0) goto ; else goto ; : D.23735 = &MEM[(void *)"GetVectorAligned" + 3B]; D.23736 = *D.23735; D.23737 = (int) D.23736; D.23774 = __s2 + 3; D.23775 = *D.23774; D.23776 = (int) D.23775; __result = D.23737 - D.23776; : : : } D.22540 = __result; } iftmp.26 = D.22540; goto ; : D.23700 = cmethod->name; iftmp.26 = __builtin_strcmp ("GetVectorAligned", D.23700); : D.22544 = iftmp.26; } if (D.22544 == 0) goto ; else goto ; : iftmp.25 = 402; goto ; : iftmp.25 = 401; : load->opcode = iftmp.25; load->flags = 0; load->type = 0; load->dreg = -1; load->sreg3 = -1; D.23781 = load->sreg3; load->sreg2 = D.23781; D.23782 = load->sreg2; load->sreg1 = D.23782; D.23783 = cfg->ip; load->cil_code = D.23783; D.23784 = cmethod->klass; load->klass = D.23784; load->sreg1 = addr; load->type = 7; D.23785 = alloc_ireg (cfg); D.23786 = (int) D.23785; load->dreg = D.23786; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; if (D.23788 != 0B) goto ; else goto ; : D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; D.23788->next = load; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; load->prev = D.23788; D.23787 = cfg->cbb; D.23787->last_ins = load; goto ; : D.23787 = cfg->cbb; D.23787 = cfg->cbb; D.23787->last_ins = load; D.23788 = D.23787->last_ins; D.23787->code = D.23788; : D.23792 = load; return D.23792; } : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23798 = "SetVector"; D.23799 = MEM[(const unsigned char *)D.23798]; D.23800 = (int) D.23799; D.23801 = *__s2; D.23802 = (int) D.23801; __result = D.23800 - D.23802; { D.23803 = __s1_len != 0; D.23804 = __result == 0; D.23805 = D.23803 & D.23804; if (D.23805 != 0) goto ; else goto ; : D.23808 = &MEM[(void *)"SetVector" + 1B]; D.23809 = *D.23808; D.23810 = (int) D.23809; D.23811 = __s2 + 1; D.23812 = *D.23811; D.23813 = (int) D.23812; __result = D.23810 - D.23813; D.23814 = __s1_len > 1; D.23804 = __result == 0; D.23815 = D.23814 & D.23804; if (D.23815 != 0) goto ; else goto ; : D.23818 = &MEM[(void *)"SetVector" + 2B]; D.23819 = *D.23818; D.23820 = (int) D.23819; D.23821 = __s2 + 2; D.23822 = *D.23821; D.23823 = (int) D.23822; __result = D.23820 - D.23823; D.23824 = __s1_len > 2; D.23804 = __result == 0; D.23825 = D.23824 & D.23804; if (D.23825 != 0) goto ; else goto ; : D.23828 = &MEM[(void *)"SetVector" + 3B]; D.23829 = *D.23828; D.23830 = (int) D.23829; D.23831 = __s2 + 3; D.23832 = *D.23831; D.23833 = (int) D.23832; __result = D.23830 - D.23833; : : : } D.22549 = __result; } iftmp.27 = D.22549; goto ; : D.23700 = cmethod->name; iftmp.27 = __builtin_strcmp ("SetVector", D.23700); : D.22553 = iftmp.27; } if (D.22553 == 0) goto ; else goto ; : { size_t __s1_len; size_t __s2_len; __s1_len = 16; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23839 = "SetVectorAligned"; D.23840 = MEM[(const unsigned char *)D.23839]; D.23841 = (int) D.23840; D.23842 = *__s2; D.23843 = (int) D.23842; __result = D.23841 - D.23843; { D.23844 = __s1_len != 0; D.23845 = __result == 0; D.23846 = D.23844 & D.23845; if (D.23846 != 0) goto ; else goto ; : D.23849 = &MEM[(void *)"SetVectorAligned" + 1B]; D.23850 = *D.23849; D.23851 = (int) D.23850; D.23852 = __s2 + 1; D.23853 = *D.23852; D.23854 = (int) D.23853; __result = D.23851 - D.23854; D.23855 = __s1_len > 1; D.23845 = __result == 0; D.23856 = D.23855 & D.23845; if (D.23856 != 0) goto ; else goto ; : D.23859 = &MEM[(void *)"SetVectorAligned" + 2B]; D.23860 = *D.23859; D.23861 = (int) D.23860; D.23862 = __s2 + 2; D.23863 = *D.23862; D.23864 = (int) D.23863; __result = D.23861 - D.23864; D.23865 = __s1_len > 2; D.23845 = __result == 0; D.23866 = D.23865 & D.23845; if (D.23866 != 0) goto ; else goto ; : D.23869 = &MEM[(void *)"SetVectorAligned" + 3B]; D.23870 = *D.23869; D.23871 = (int) D.23870; D.23872 = __s2 + 3; D.23873 = *D.23872; D.23874 = (int) D.23873; __result = D.23871 - D.23874; : : : } D.22558 = __result; } iftmp.28 = D.22558; goto ; : D.23700 = cmethod->name; iftmp.28 = __builtin_strcmp ("SetVectorAligned", D.23700); : D.22562 = iftmp.28; } if (D.22562 == 0) goto ; else goto ; : { struct MonoInst * store; int vreg; int addr; D.23742 = args + 4; D.23743 = *D.23742; vreg = get_simd_vreg (cfg, cmethod, D.23743); D.23876 = args + 8; D.23877 = *D.23876; D.23744 = *args; D.23745 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.23745, D.23744, D.23877, 1); D.23746 = cfg->mempool; store = mono_mempool_alloc (D.23746, 48); store->data.op[1].const_val = 0; D.23878 = store->data.op[1].const_val; store->data.op[0].const_val = D.23878; store->prev = 0B; D.23879 = store->prev; store->next = D.23879; { size_t __s1_len; size_t __s2_len; __s1_len = 16; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23839 = "SetVectorAligned"; D.23840 = MEM[(const unsigned char *)D.23839]; D.23841 = (int) D.23840; D.23884 = *__s2; D.23885 = (int) D.23884; __result = D.23841 - D.23885; { D.23886 = __s1_len != 0; D.23887 = __result == 0; D.23888 = D.23886 & D.23887; if (D.23888 != 0) goto ; else goto ; : D.23849 = &MEM[(void *)"SetVectorAligned" + 1B]; D.23850 = *D.23849; D.23851 = (int) D.23850; D.23891 = __s2 + 1; D.23892 = *D.23891; D.23893 = (int) D.23892; __result = D.23851 - D.23893; D.23894 = __s1_len > 1; D.23887 = __result == 0; D.23895 = D.23894 & D.23887; if (D.23895 != 0) goto ; else goto ; : D.23859 = &MEM[(void *)"SetVectorAligned" + 2B]; D.23860 = *D.23859; D.23861 = (int) D.23860; D.23898 = __s2 + 2; D.23899 = *D.23898; D.23900 = (int) D.23899; __result = D.23861 - D.23900; D.23901 = __s1_len > 2; D.23887 = __result == 0; D.23902 = D.23901 & D.23887; if (D.23902 != 0) goto ; else goto ; : D.23869 = &MEM[(void *)"SetVectorAligned" + 3B]; D.23870 = *D.23869; D.23871 = (int) D.23870; D.23905 = __s2 + 3; D.23906 = *D.23905; D.23907 = (int) D.23906; __result = D.23871 - D.23907; : : : } D.22570 = __result; } iftmp.30 = D.22570; goto ; : D.23700 = cmethod->name; iftmp.30 = __builtin_strcmp ("SetVectorAligned", D.23700); : D.22574 = iftmp.30; } if (D.22574 == 0) goto ; else goto ; : iftmp.29 = 382; goto ; : iftmp.29 = 389; : store->opcode = iftmp.29; store->flags = 0; store->type = 0; store->dreg = -1; store->sreg3 = -1; D.23912 = store->sreg3; store->sreg2 = D.23912; D.23913 = store->sreg2; store->sreg1 = D.23913; D.23783 = cfg->ip; store->cil_code = D.23783; D.23784 = cmethod->klass; store->klass = D.23784; store->dreg = addr; store->sreg1 = vreg; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; if (D.23788 != 0B) goto ; else goto ; : D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; D.23788->next = store; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; store->prev = D.23788; D.23787 = cfg->cbb; D.23787->last_ins = store; goto ; : D.23787 = cfg->cbb; D.23787 = cfg->cbb; D.23787->last_ins = store; D.23788 = D.23787->last_ins; D.23787->code = D.23788; : D.23792 = store; return D.23792; } : { size_t __s1_len; size_t __s2_len; __s1_len = 9; if (__s1_len <= 3) goto ; else goto ; : { const unsigned char * __s2; int __result; __s2 = cmethod->name; D.23920 = "IsAligned"; D.23921 = MEM[(const unsigned char *)D.23920]; D.23922 = (int) D.23921; D.23923 = *__s2; D.23924 = (int) D.23923; __result = D.23922 - D.23924; { D.23925 = __s1_len != 0; D.23926 = __result == 0; D.23927 = D.23925 & D.23926; if (D.23927 != 0) goto ; else goto ; : D.23930 = &MEM[(void *)"IsAligned" + 1B]; D.23931 = *D.23930; D.23932 = (int) D.23931; D.23933 = __s2 + 1; D.23934 = *D.23933; D.23935 = (int) D.23934; __result = D.23932 - D.23935; D.23936 = __s1_len > 1; D.23926 = __result == 0; D.23937 = D.23936 & D.23926; if (D.23937 != 0) goto ; else goto ; : D.23940 = &MEM[(void *)"IsAligned" + 2B]; D.23941 = *D.23940; D.23942 = (int) D.23941; D.23943 = __s2 + 2; D.23944 = *D.23943; D.23945 = (int) D.23944; __result = D.23942 - D.23945; D.23946 = __s1_len > 2; D.23926 = __result == 0; D.23947 = D.23946 & D.23926; if (D.23947 != 0) goto ; else goto ; : D.23950 = &MEM[(void *)"IsAligned" + 3B]; D.23951 = *D.23950; D.23952 = (int) D.23951; D.23953 = __s2 + 3; D.23954 = *D.23953; D.23955 = (int) D.23954; __result = D.23952 - D.23955; : : : } D.22579 = __result; } iftmp.31 = D.22579; goto ; : D.23700 = cmethod->name; iftmp.31 = __builtin_strcmp ("IsAligned", D.23700); : D.22583 = iftmp.31; } if (D.22583 == 0) goto ; else goto ; : { struct MonoInst * ins; int addr; D.23742 = args + 4; D.23743 = *D.23742; D.23744 = *args; D.23745 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.23745, D.23744, D.23743, 0); { struct MonoInst * inst; D.23746 = cfg->mempool; inst = mono_mempool_alloc (D.23746, 48); inst->data.op[1].const_val = 0; D.23959 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.23959; inst->prev = 0B; D.23960 = inst->prev; inst->next = D.23960; inst->opcode = 440; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.23961 = inst->sreg3; inst->sreg2 = D.23961; D.23962 = inst->sreg2; inst->sreg1 = D.23962; D.23783 = cfg->ip; inst->cil_code = D.23783; inst->dreg = addr; inst->sreg1 = addr; inst->data.op[1].const_val = 15; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; if (D.23788 != 0B) goto ; else goto ; : D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; D.23788->next = inst; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; inst->prev = D.23788; D.23787 = cfg->cbb; D.23787->last_ins = inst; goto ; : D.23787 = cfg->cbb; D.23787 = cfg->cbb; D.23787->last_ins = inst; D.23788 = D.23787->last_ins; D.23787->code = D.23788; : } { struct MonoInst * inst; D.23746 = cfg->mempool; inst = mono_mempool_alloc (D.23746, 48); inst->data.op[1].const_val = 0; D.23966 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.23966; inst->prev = 0B; D.23967 = inst->prev; inst->next = D.23967; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.23968 = inst->sreg3; inst->sreg2 = D.23968; D.23969 = inst->sreg2; inst->sreg1 = D.23969; D.23783 = cfg->ip; inst->cil_code = D.23783; inst->dreg = -1; inst->sreg1 = addr; inst->data.op[1].const_val = 0; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; if (D.23788 != 0B) goto ; else goto ; : D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; D.23788->next = inst; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; inst->prev = D.23788; D.23787 = cfg->cbb; D.23787->last_ins = inst; goto ; : D.23787 = cfg->cbb; D.23787 = cfg->cbb; D.23787->last_ins = inst; D.23788 = D.23787->last_ins; D.23787->code = D.23788; : } D.23746 = cfg->mempool; ins = mono_mempool_alloc (D.23746, 48); ins->data.op[1].const_val = 0; D.23973 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.23973; ins->prev = 0B; D.23974 = ins->prev; ins->next = D.23974; ins->opcode = 450; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.23975 = ins->sreg3; ins->sreg2 = D.23975; D.23976 = ins->sreg2; ins->sreg1 = D.23976; D.23783 = cfg->ip; ins->cil_code = D.23783; ins->dreg = addr; ins->sreg1 = -1; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; if (D.23788 != 0B) goto ; else goto ; : D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; D.23788->next = ins; D.23787 = cfg->cbb; D.23788 = D.23787->last_ins; ins->prev = D.23788; D.23787 = cfg->cbb; D.23787->last_ins = ins; goto ; : D.23787 = cfg->cbb; D.23787 = cfg->cbb; D.23787->last_ins = ins; D.23788 = D.23787->last_ins; D.23787->code = D.23788; : D.23792 = ins; return D.23792; } : D.23792 = 0B; return D.23792; } get_simd_vreg (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * src) { short unsigned int D.23981; int D.23984; unsigned char D.23985; D.23981 = src->opcode; if (D.23981 == 962) goto ; else goto ; : D.23984 = src->sreg1; return D.23984; : D.23985 = src->type; if (D.23985 == 7) goto ; else goto ; : D.23984 = src->dreg; return D.23984; : monoeg_g_log (0B, 16, "get_simd_vreg:: could not infer source simd vreg for op"); mono_print_ins (src); monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 814); } mono_emit_vector_ldelema (struct MonoCompile * cfg, struct MonoType * array_type, struct MonoInst * arr, struct MonoInst * index, gboolean check_bounds) { struct MonoClass * D.23989; int D.23990; unsigned int D.23991; unsigned int D.23992; unsigned int D.23995; unsigned int D.23996; unsigned int D.23999; unsigned char D.24002; unsigned char D.24003; struct MonoMemPool * D.24006; int D.24007; struct MonoInst * D.24008; int D.24009; int D.24010; const unsigned char * D.24011; struct MonoBasicBlock * D.24012; struct MonoInst * D.24013; int D.24017; struct MonoInst * D.24018; int D.24019; int D.24020; unsigned int D.24027; int D.24030; int D.24035; struct MonoInst * D.24036; int D.24037; int D.24038; int D.24042; struct MonoInst * D.24043; int D.24044; int D.24045; int D.24050; struct MonoInst * D.24051; int D.24052; int D.24053; unsigned char D.24054; int D.24059; int D.24064; struct MonoInst * D.24065; int D.24066; int D.24067; int D.24071; struct MonoInst * D.24072; int D.24073; int D.24074; int D.24079; struct MonoInst * D.24080; int D.24081; int D.24082; unsigned char D.24083; int D.24087; struct MonoInst * D.24088; int D.24089; int D.24090; int D.24094; struct MonoInst * D.24095; int D.24096; int D.24097; int D.24102; struct MonoInst * D.24103; int D.24104; int D.24105; int D.24109; struct MonoInst * D.24110; int D.24111; int D.24112; int D.24117; struct MonoInst * D.24118; int D.24119; int D.24120; unsigned char D.24121; unsigned char D.24122; unsigned int D.24126; unsigned int D.24127; int D.24128; struct MonoInst * D.24129; int D.24130; int D.24131; unsigned int D.24132; unsigned int D.24133; int D.24134; int D.24144; struct MonoInst * D.24145; int D.24146; int D.24147; int D.24151; struct MonoInst * D.24152; int D.24153; int D.24154; unsigned int D.24161; int D.24164; int D.24169; struct MonoInst * D.24170; int D.24171; int D.24172; int D.24176; struct MonoInst * D.24177; int D.24178; int D.24179; int D.24184; struct MonoInst * D.24185; int D.24186; int D.24187; unsigned char D.24188; int D.24193; int D.24198; struct MonoInst * D.24199; int D.24200; int D.24201; int D.24205; struct MonoInst * D.24206; int D.24207; int D.24208; int D.24213; struct MonoInst * D.24214; int D.24215; int D.24216; unsigned char D.24217; int D.24221; struct MonoInst * D.24222; int D.24223; int D.24224; int D.24228; struct MonoInst * D.24229; int D.24230; int D.24231; int D.24236; struct MonoInst * D.24237; int D.24238; int D.24239; int D.24243; struct MonoInst * D.24244; int D.24245; int D.24246; int D.24251; struct MonoInst * D.24252; int D.24253; int D.24254; unsigned char D.24255; unsigned char D.24256; unsigned int D.24260; int D.24261; struct MonoInst * D.24262; int D.24263; int D.24264; int size.32; int D.24269; struct MonoInst * D.24270; int D.24271; int D.24272; int D.24276; struct MonoInst * D.24277; int D.24278; int D.24279; int D.24283; struct MonoInst * ins; guint32 size; int mult_reg; int add_reg; int array_reg; int index_reg; int index2_reg; int index3_reg; D.23989 = mono_class_from_mono_type (array_type); D.23990 = mono_array_element_size (D.23989); size = (guint32) D.23990; D.23991 = alloc_preg (cfg); mult_reg = (int) D.23991; array_reg = arr->dreg; index_reg = index->dreg; index2_reg = index_reg; D.23992 = alloc_preg (cfg); index3_reg = (int) D.23992; if (check_bounds != 0) goto ; else goto ; : D.23995 = cfg->opt; D.23996 = D.23995 & 134217728; if (D.23996 == 0) goto ; else goto ; : D.23995 = cfg->opt; D.23999 = D.23995 & 262144; if (D.23999 == 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24007 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24007; inst->prev = 0B; D.24008 = inst->prev; inst->next = D.24008; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24009 = inst->sreg3; inst->sreg2 = D.24009; D.24010 = inst->sreg2; inst->sreg1 = D.24010; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24017 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24017; inst->prev = 0B; D.24018 = inst->prev; inst->next = D.24018; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24019 = inst->sreg3; inst->sreg2 = D.24019; D.24020 = inst->sreg2; inst->sreg1 = D.24020; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : if (0 != 0) goto ; else goto ; : { int _length_reg; D.24027 = alloc_ireg (cfg); _length_reg = (int) D.24027; if (1 != 0) goto ; else goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 32; D.24030 = __ins_flags & 32; if (D.24030 != 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24035 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24035; inst->prev = 0B; D.24036 = inst->prev; inst->next = D.24036; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24037 = inst->sreg3; inst->sreg2 = D.24037; D.24038 = inst->sreg2; inst->sreg1 = D.24038; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24042 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24042; inst->prev = 0B; D.24043 = inst->prev; inst->next = D.24043; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24044 = inst->sreg3; inst->sreg2 = D.24044; D.24045 = inst->sreg2; inst->sreg1 = D.24045; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : : D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24050 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24050; inst->prev = 0B; D.24051 = inst->prev; inst->next = D.24051; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24052 = inst->sreg3; inst->sreg2 = D.24052; D.24053 = inst->sreg2; inst->sreg1 = D.24053; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->type = 1; D.24054 = (unsigned char) __ins_flags; inst->flags = D.24054; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 64; D.24059 = __ins_flags & 32; if (D.24059 != 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24064 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24064; inst->prev = 0B; D.24065 = inst->prev; inst->next = D.24065; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24066 = inst->sreg3; inst->sreg2 = D.24066; D.24067 = inst->sreg2; inst->sreg1 = D.24067; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24071 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24071; inst->prev = 0B; D.24072 = inst->prev; inst->next = D.24072; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24073 = inst->sreg3; inst->sreg2 = D.24073; D.24074 = inst->sreg2; inst->sreg1 = D.24074; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : : D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24079 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24079; inst->prev = 0B; D.24080 = inst->prev; inst->next = D.24080; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24081 = inst->sreg3; inst->sreg2 = D.24081; D.24082 = inst->sreg2; inst->sreg1 = D.24082; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->type = 1; D.24083 = (unsigned char) __ins_flags; inst->flags = D.24083; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24087 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24087; inst->prev = 0B; D.24088 = inst->prev; inst->next = D.24088; inst->opcode = 322; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24089 = inst->sreg3; inst->sreg2 = D.24089; D.24090 = inst->sreg2; inst->sreg1 = D.24090; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = _length_reg; inst->sreg2 = index2_reg; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24094 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24094; inst->prev = 0B; D.24095 = inst->prev; inst->next = D.24095; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24096 = inst->sreg3; inst->sreg2 = D.24096; D.24097 = inst->sreg2; inst->sreg1 = D.24097; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "IndexOutOfRangeException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } } goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24102 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24102; inst->prev = 0B; D.24103 = inst->prev; inst->next = D.24103; inst->opcode = 1006; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24104 = inst->sreg3; inst->sreg2 = D.24104; D.24105 = inst->sreg2; inst->sreg1 = D.24105; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->sreg2 = index2_reg; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24109 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24109; inst->prev = 0B; D.24110 = inst->prev; inst->next = D.24110; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24111 = inst->sreg3; inst->sreg2 = D.24111; D.24112 = inst->sreg2; inst->sreg1 = D.24112; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "IndexOutOfRangeException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } } : goto ; : { struct MonoInst * ins; D.24006 = cfg->mempool; ins = mono_mempool_alloc (D.24006, 48); ins->data.op[1].const_val = 0; D.24117 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24117; ins->prev = 0B; D.24118 = ins->prev; ins->next = D.24118; ins->opcode = 788; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24119 = ins->sreg3; ins->sreg2 = D.24119; D.24120 = ins->sreg2; ins->sreg1 = D.24120; D.24011 = cfg->ip; ins->cil_code = D.24011; ins->sreg1 = array_reg; ins->sreg2 = index2_reg; ins->data.op[1].const_val = 12; D.24121 = ins->flags; D.24122 = D.24121 | 32; ins->flags = D.24122; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = ins; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; ins->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = ins; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = ins; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : D.24126 = cfg->flags; D.24127 = D.24126 | 256; cfg->flags = D.24127; D.24012 = cfg->cbb; D.24012->has_array_access = 1; } : : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24128 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24128; inst->prev = 0B; D.24129 = inst->prev; inst->next = D.24129; inst->opcode = 629; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24130 = inst->sreg3; inst->sreg2 = D.24130; D.24131 = inst->sreg2; inst->sreg1 = D.24131; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = index3_reg; inst->sreg1 = index2_reg; D.24132 = 16 / size; D.24133 = D.24132 + 4294967295; D.24134 = (int) D.24133; inst->data.op[1].const_val = D.24134; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } D.23995 = cfg->opt; D.23996 = D.23995 & 134217728; if (D.23996 == 0) goto ; else goto ; : D.23995 = cfg->opt; D.23999 = D.23995 & 262144; if (D.23999 == 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24144 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24144; inst->prev = 0B; D.24145 = inst->prev; inst->next = D.24145; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24146 = inst->sreg3; inst->sreg2 = D.24146; D.24147 = inst->sreg2; inst->sreg1 = D.24147; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24151 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24151; inst->prev = 0B; D.24152 = inst->prev; inst->next = D.24152; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24153 = inst->sreg3; inst->sreg2 = D.24153; D.24154 = inst->sreg2; inst->sreg1 = D.24154; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : if (0 != 0) goto ; else goto ; : { int _length_reg; D.24161 = alloc_ireg (cfg); _length_reg = (int) D.24161; if (1 != 0) goto ; else goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 32; D.24164 = __ins_flags & 32; if (D.24164 != 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24169 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24169; inst->prev = 0B; D.24170 = inst->prev; inst->next = D.24170; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24171 = inst->sreg3; inst->sreg2 = D.24171; D.24172 = inst->sreg2; inst->sreg1 = D.24172; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24176 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24176; inst->prev = 0B; D.24177 = inst->prev; inst->next = D.24177; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24178 = inst->sreg3; inst->sreg2 = D.24178; D.24179 = inst->sreg2; inst->sreg1 = D.24179; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : : D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24184 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24184; inst->prev = 0B; D.24185 = inst->prev; inst->next = D.24185; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24186 = inst->sreg3; inst->sreg2 = D.24186; D.24187 = inst->sreg2; inst->sreg1 = D.24187; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->type = 1; D.24188 = (unsigned char) __ins_flags; inst->flags = D.24188; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 64; D.24193 = __ins_flags & 32; if (D.24193 != 0) goto ; else goto ; : D.24002 = BIT_FIELD_REF <*cfg, 8, 3424>; D.24003 = D.24002 & 64; if (D.24003 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24198 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24198; inst->prev = 0B; D.24199 = inst->prev; inst->next = D.24199; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24200 = inst->sreg3; inst->sreg2 = D.24200; D.24201 = inst->sreg2; inst->sreg1 = D.24201; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24205 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24205; inst->prev = 0B; D.24206 = inst->prev; inst->next = D.24206; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24207 = inst->sreg3; inst->sreg2 = D.24207; D.24208 = inst->sreg2; inst->sreg1 = D.24208; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "NullReferenceException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } goto ; : : : D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24213 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24213; inst->prev = 0B; D.24214 = inst->prev; inst->next = D.24214; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24215 = inst->sreg3; inst->sreg2 = D.24215; D.24216 = inst->sreg2; inst->sreg1 = D.24216; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->type = 1; D.24217 = (unsigned char) __ins_flags; inst->flags = D.24217; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24221 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24221; inst->prev = 0B; D.24222 = inst->prev; inst->next = D.24222; inst->opcode = 322; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24223 = inst->sreg3; inst->sreg2 = D.24223; D.24224 = inst->sreg2; inst->sreg1 = D.24224; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = -1; inst->sreg1 = _length_reg; inst->sreg2 = index3_reg; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24228 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24228; inst->prev = 0B; D.24229 = inst->prev; inst->next = D.24229; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24230 = inst->sreg3; inst->sreg2 = D.24230; D.24231 = inst->sreg2; inst->sreg1 = D.24231; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "IndexOutOfRangeException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } } goto ; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24236 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24236; inst->prev = 0B; D.24237 = inst->prev; inst->next = D.24237; inst->opcode = 1006; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24238 = inst->sreg3; inst->sreg2 = D.24238; D.24239 = inst->sreg2; inst->sreg1 = D.24239; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->sreg1 = array_reg; inst->data.op[0].const_val = 12; inst->sreg2 = index3_reg; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24243 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24243; inst->prev = 0B; D.24244 = inst->prev; inst->next = D.24244; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24245 = inst->sreg3; inst->sreg2 = D.24245; D.24246 = inst->sreg2; inst->sreg1 = D.24246; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->data.op[1].p = "IndexOutOfRangeException"; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } } : goto ; : { struct MonoInst * ins; D.24006 = cfg->mempool; ins = mono_mempool_alloc (D.24006, 48); ins->data.op[1].const_val = 0; D.24251 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24251; ins->prev = 0B; D.24252 = ins->prev; ins->next = D.24252; ins->opcode = 788; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24253 = ins->sreg3; ins->sreg2 = D.24253; D.24254 = ins->sreg2; ins->sreg1 = D.24254; D.24011 = cfg->ip; ins->cil_code = D.24011; ins->sreg1 = array_reg; ins->sreg2 = index3_reg; ins->data.op[1].const_val = 12; D.24255 = ins->flags; D.24256 = D.24255 | 32; ins->flags = D.24256; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = ins; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; ins->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = ins; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = ins; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : D.24126 = cfg->flags; D.24127 = D.24126 | 256; cfg->flags = D.24127; D.24012 = cfg->cbb; D.24012->has_array_access = 1; } : : : D.24260 = alloc_preg (cfg); add_reg = (int) D.24260; { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24261 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24261; inst->prev = 0B; D.24262 = inst->prev; inst->next = D.24262; inst->opcode = 435; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24263 = inst->sreg3; inst->sreg2 = D.24263; D.24264 = inst->sreg2; inst->sreg1 = D.24264; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = mult_reg; inst->sreg1 = index2_reg; size.32 = (int) size; inst->data.op[1].const_val = size.32; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } { struct MonoInst * inst; D.24006 = cfg->mempool; inst = mono_mempool_alloc (D.24006, 48); inst->data.op[1].const_val = 0; D.24269 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24269; inst->prev = 0B; D.24270 = inst->prev; inst->next = D.24270; inst->opcode = 569; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24271 = inst->sreg3; inst->sreg2 = D.24271; D.24272 = inst->sreg2; inst->sreg1 = D.24272; D.24011 = cfg->ip; inst->cil_code = D.24011; inst->dreg = add_reg; inst->sreg1 = array_reg; inst->sreg2 = mult_reg; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = inst; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; inst->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = inst; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = inst; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : } D.24006 = cfg->mempool; ins = mono_mempool_alloc (D.24006, 48); ins->data.op[1].const_val = 0; D.24276 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24276; ins->prev = 0B; D.24277 = ins->prev; ins->next = D.24277; ins->opcode = 629; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24278 = ins->sreg3; ins->sreg2 = D.24278; D.24279 = ins->sreg2; ins->sreg1 = D.24279; D.24011 = cfg->ip; ins->cil_code = D.24011; ins->dreg = add_reg; ins->sreg1 = add_reg; ins->data.op[1].const_val = 16; ins->type = 3; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; if (D.24013 != 0B) goto ; else goto ; : D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; D.24013->next = ins; D.24012 = cfg->cbb; D.24013 = D.24012->last_ins; ins->prev = D.24013; D.24012 = cfg->cbb; D.24012->last_ins = ins; goto ; : D.24012 = cfg->cbb; D.24012 = cfg->cbb; D.24012->last_ins = ins; D.24013 = D.24012->last_ins; D.24012->code = D.24013; : D.24283 = add_reg; return D.24283; } alloc_preg (struct MonoCompile * cfg) { guint32 D.24285; D.24285 = alloc_ireg (cfg); return D.24285; } emit_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args, const struct SimdIntrinsc * intrinsics, guint32 size) { const char * D.24287; unsigned int D.24290; short unsigned int D.24293; int D.24294; struct MonoClass * D.24295; const char * D.24296; struct MonoInst * D.24297; short unsigned int D.24300; sizetype D.24301; const char * D.24302; D.24303; int D.24304; unsigned int i.33; unsigned int D.24306; struct MonoInst * * D.24307; struct MonoInst * D.24308; unsigned char D.24309; unsigned int D.24312; unsigned int simd_supported_versions.34; unsigned int D.24314; int D.24319; int D.24320; int D.24321; int D.24324; unsigned int D.24325; const char * D.24326; D.24327; int D.24328; const struct SimdIntrinsc * result; D.24287 = cmethod->name; result = mono_binary_search (D.24287, intrinsics, size, 6, simd_intrinsic_compare_by_name); if (result == 0B) goto ; else goto ; : D.24290 = cfg->verbose_level; if (D.24290 > 2) goto ; else goto ; : D.24293 = fsig->param_count; D.24294 = (int) D.24293; D.24287 = cmethod->name; D.24295 = cmethod->klass; D.24296 = D.24295->name; printf ("function doesn\'t have a simd intrinsic %s::%s/%d\n", D.24296, D.24287, D.24294); : D.24297 = 0B; return D.24297; : D.24290 = cfg->verbose_level; if (D.24290 > 2) goto ; else goto ; : { int i; int max; D.24300 = result->name; D.24301 = (sizetype) D.24300; D.24302 = &method_names + D.24301; D.24293 = fsig->param_count; D.24294 = (int) D.24293; D.24287 = cmethod->name; D.24295 = cmethod->klass; D.24296 = D.24295->name; printf ("found call to intrinsic %s::%s/%d -> %s\n", D.24296, D.24287, D.24294, D.24302); D.24293 = fsig->param_count; D.24294 = (int) D.24293; D.24303 = fsig->hasthis; D.24304 = (int) D.24303; max = D.24294 + D.24304; i = 0; goto ; : printf ("param %d: ", i); i.33 = (unsigned int) i; D.24306 = i.33 * 4; D.24307 = args + D.24306; D.24308 = *D.24307; mono_print_ins (D.24308); i = i + 1; : if (i < max) goto ; else goto ; : } : D.24309 = result->simd_version_flags; if (D.24309 != 0) goto ; else goto ; : D.24309 = result->simd_version_flags; D.24312 = (unsigned int) D.24309; simd_supported_versions.34 = simd_supported_versions; D.24314 = D.24312 & simd_supported_versions.34; if (D.24314 == 0) goto ; else goto ; : D.24290 = cfg->verbose_level; if (D.24290 > 2) goto ; else goto ; : { int x; D.24293 = fsig->param_count; D.24294 = (int) D.24293; D.24287 = cmethod->name; D.24295 = cmethod->klass; D.24296 = D.24295->name; printf ("function %s::%s/%d requires one of unsuported SIMD instruction set(s): ", D.24296, D.24287, D.24294); x = 1; goto ; : D.24309 = result->simd_version_flags; D.24319 = (int) D.24309; D.24320 = D.24319 >> x; D.24321 = D.24320 & 1; if (D.24321 != 0) goto ; else goto ; : D.24324 = 1 << x; D.24325 = (unsigned int) D.24324; D.24326 = simd_version_name (D.24325); printf ("%s ", D.24326); : x = x + 1; : if (x <= 6) goto ; else goto ; : printf ("\n"); } : D.24297 = 0B; return D.24297; : : D.24327 = result->simd_emit_mode; D.24328 = (int) D.24327; switch (D.24328) , case 0: , case 1: , case 2: , case 3: , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 10: , case 11: , case 12: , case 13: > : D.24297 = simd_intrinsic_emit_binary (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_unary (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_setter (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_getter (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_long_getter (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_ctor (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_cast (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_shuffle (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_shift (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_equality (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_load_aligned (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_store (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_extract_mask (result, cfg, cmethod, args); return D.24297; : D.24297 = simd_intrinsic_emit_prefetch (result, cfg, cmethod, args); return D.24297; : monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 1538); } simd_intrinsic_compare_by_name (const void * key, const void * value) { int D.24331; int D.22082; short unsigned int D.24332; sizetype D.24333; const char * D.24334; { size_t __s1_len; size_t __s2_len; D.24332 = MEM[(struct SimdIntrinsc *)value].name; D.24333 = (sizetype) D.24332; D.24334 = &method_names + D.24333; D.22082 = __builtin_strcmp (key, D.24334); } D.24331 = D.22082; return D.24331; } simd_version_name (guint32 version) { const char * D.24336; switch (version) , case 1: , case 2: , case 4: , case 8: , case 16: , case 32: , case 64: > : D.24336 = "sse1"; return D.24336; : D.24336 = "sse2"; return D.24336; : D.24336 = "sse3"; return D.24336; : D.24336 = "ssse3"; return D.24336; : D.24336 = "sse41"; return D.24336; : D.24336 = "sse42"; return D.24336; : D.24336 = "sse4a"; return D.24336; : D.24336 = "n/a"; return D.24336; } simd_intrinsic_emit_binary (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24339; struct MonoInst * * D.24340; struct MonoInst * D.24341; struct MonoMemPool * D.24342; int D.24343; struct MonoInst * D.24344; short unsigned int D.24345; int D.24346; int D.24347; const unsigned char * D.24348; struct MonoClass * D.24349; unsigned int D.24350; int D.24351; D.24352; int D.24353; struct MonoBasicBlock * D.24354; struct MonoInst * D.24355; struct MonoInst * D.24359; struct MonoInst * ins; int left_vreg; int right_vreg; D.24339 = *args; left_vreg = get_simd_vreg_or_expanded_scalar (cfg, cmethod, D.24339, 0); D.24340 = args + 4; D.24341 = *D.24340; right_vreg = get_simd_vreg_or_expanded_scalar (cfg, cmethod, D.24341, 1); D.24342 = cfg->mempool; ins = mono_mempool_alloc (D.24342, 48); ins->data.op[1].const_val = 0; D.24343 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24343; ins->prev = 0B; D.24344 = ins->prev; ins->next = D.24344; D.24345 = intrinsic->opcode; ins->opcode = D.24345; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24346 = ins->sreg3; ins->sreg2 = D.24346; D.24347 = ins->sreg2; ins->sreg1 = D.24347; D.24348 = cfg->ip; ins->cil_code = D.24348; D.24349 = cmethod->klass; ins->klass = D.24349; ins->sreg1 = left_vreg; ins->sreg2 = right_vreg; ins->type = 7; D.24350 = alloc_ireg (cfg); D.24351 = (int) D.24350; ins->dreg = D.24351; D.24352 = intrinsic->flags; D.24353 = (int) D.24352; ins->data.op[0].const_val = D.24353; D.24354 = cfg->cbb; D.24355 = D.24354->last_ins; if (D.24355 != 0B) goto ; else goto ; : D.24354 = cfg->cbb; D.24355 = D.24354->last_ins; D.24355->next = ins; D.24354 = cfg->cbb; D.24355 = D.24354->last_ins; ins->prev = D.24355; D.24354 = cfg->cbb; D.24354->last_ins = ins; goto ; : D.24354 = cfg->cbb; D.24354 = cfg->cbb; D.24354->last_ins = ins; D.24355 = D.24354->last_ins; D.24354->code = D.24355; : D.24359 = ins; return D.24359; } get_simd_vreg_or_expanded_scalar (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * src, int position) { short unsigned int D.24361; _Bool D.24362; long int D.24363; long int D.24364; unsigned int position.35; _Bool D.24368; long int D.24369; long int D.24370; struct MonoType * D.24373; struct MonoClass * D.24374; unsigned char D.24375; unsigned char D.24376; int D.24379; struct MonoMemPool * D.24380; int D.24381; struct MonoInst * D.24382; short unsigned int D.24383; int D.24384; int D.24385; const unsigned char * D.24386; struct MonoClass * D.24387; int D.24388; unsigned int D.24389; int D.24390; struct MonoBasicBlock * D.24391; struct MonoInst * D.24392; struct MonoInst * D.24398; struct MonoInst * D.24402; struct MonoInst * ins; struct MonoMethodSignature * sig; int expand_op; sig = mono_method_signature (cmethod); D.24361 = sig->param_count; D.24362 = D.24361 != 2; D.24363 = (long int) D.24362; D.24364 = __builtin_expect (D.24363, 0); if (D.24364 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 913, "sig->param_count == 2"); : position.35 = (unsigned int) position; D.24368 = position.35 > 1; D.24369 = (long int) D.24368; D.24370 = __builtin_expect (D.24369, 0); if (D.24370 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 914, "position == 0 || position == 1"); : D.24373 = sig->params[position]; D.24374 = mono_class_from_mono_type (D.24373); D.24375 = BIT_FIELD_REF <*D.24374, 8, 192>; D.24376 = D.24375 & 2; if (D.24376 != 0) goto ; else goto ; : D.24379 = get_simd_vreg (cfg, cmethod, src); return D.24379; : D.24373 = sig->params[position]; expand_op = mono_type_to_expand_op (D.24373); D.24380 = cfg->mempool; ins = mono_mempool_alloc (D.24380, 48); ins->data.op[1].const_val = 0; D.24381 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24381; ins->prev = 0B; D.24382 = ins->prev; ins->next = D.24382; D.24383 = (short unsigned int) expand_op; ins->opcode = D.24383; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24384 = ins->sreg3; ins->sreg2 = D.24384; D.24385 = ins->sreg2; ins->sreg1 = D.24385; D.24386 = cfg->ip; ins->cil_code = D.24386; D.24387 = cmethod->klass; ins->klass = D.24387; D.24388 = src->dreg; ins->sreg1 = D.24388; ins->type = 7; D.24389 = alloc_ireg (cfg); D.24390 = (int) D.24389; ins->dreg = D.24390; D.24391 = cfg->cbb; D.24392 = D.24391->last_ins; if (D.24392 != 0B) goto ; else goto ; : D.24391 = cfg->cbb; D.24392 = D.24391->last_ins; D.24392->next = ins; D.24391 = cfg->cbb; D.24392 = D.24391->last_ins; ins->prev = D.24392; D.24391 = cfg->cbb; D.24391->last_ins = ins; goto ; : D.24391 = cfg->cbb; D.24391 = cfg->cbb; D.24391->last_ins = ins; D.24392 = D.24391->last_ins; D.24391->code = D.24392; : if (expand_op == 950) goto ; else goto ; : D.24398 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24398; goto ; : if (expand_op == 952) goto ; else goto ; : D.24402 = get_double_spill_area (cfg); ins->backend.spill_var = D.24402; : : D.24379 = ins->dreg; return D.24379; } mono_type_to_expand_op (struct MonoType * type) { unsigned char D.24404; int D.24405; int D.24406; D.24404 = type->type; D.24405 = (int) D.24404; switch (D.24405) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 10: , case 11: , case 12: , case 13: > : : D.24406 = 947; return D.24406; : : D.24406 = 948; return D.24406; : : D.24406 = 949; return D.24406; : : D.24406 = 951; return D.24406; : D.24406 = 950; return D.24406; : D.24406 = 952; return D.24406; : monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 902); } get_int_to_float_spill_area (struct MonoCompile * cfg) { struct MonoInst * D.24408; struct MonoClass * D.24411; struct MonoType * D.24412; struct MonoInst * D.24413; unsigned char D.24414; unsigned char D.24415; struct MonoInst * D.24416; D.24408 = cfg->iconv_raw_var; if (D.24408 == 0B) goto ; else goto ; : D.24411 = mono_defaults.int32_class; D.24412 = &D.24411->byval_arg; D.24413 = mono_compile_create_var (cfg, D.24412, 329); cfg->iconv_raw_var = D.24413; D.24408 = cfg->iconv_raw_var; D.24408 = cfg->iconv_raw_var; D.24414 = D.24408->flags; D.24415 = D.24414 | 4; D.24408->flags = D.24415; : D.24416 = cfg->iconv_raw_var; return D.24416; } get_double_spill_area (struct MonoCompile * cfg) { struct MonoInst * D.24418; struct MonoClass * D.24421; struct MonoType * D.24422; struct MonoInst * D.24423; unsigned char D.24424; unsigned char D.24425; struct MonoInst * D.24426; D.24418 = cfg->fconv_to_r8_x_var; if (D.24418 == 0B) goto ; else goto ; : D.24421 = mono_defaults.double_class; D.24422 = &D.24421->byval_arg; D.24423 = mono_compile_create_var (cfg, D.24422, 329); cfg->fconv_to_r8_x_var = D.24423; D.24418 = cfg->fconv_to_r8_x_var; D.24418 = cfg->fconv_to_r8_x_var; D.24424 = D.24418->flags; D.24425 = D.24424 | 4; D.24418->flags = D.24425; : D.24426 = cfg->fconv_to_r8_x_var; return D.24426; } simd_intrinsic_emit_unary (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24428; struct MonoMemPool * D.24429; int D.24430; struct MonoInst * D.24431; short unsigned int D.24432; int D.24433; int D.24434; const unsigned char * D.24435; struct MonoClass * D.24436; unsigned int D.24437; int D.24438; struct MonoBasicBlock * D.24439; struct MonoInst * D.24440; struct MonoInst * D.24444; struct MonoInst * ins; int vreg; D.24428 = *args; vreg = get_simd_vreg (cfg, cmethod, D.24428); D.24429 = cfg->mempool; ins = mono_mempool_alloc (D.24429, 48); ins->data.op[1].const_val = 0; D.24430 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24430; ins->prev = 0B; D.24431 = ins->prev; ins->next = D.24431; D.24432 = intrinsic->opcode; ins->opcode = D.24432; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24433 = ins->sreg3; ins->sreg2 = D.24433; D.24434 = ins->sreg2; ins->sreg1 = D.24434; D.24435 = cfg->ip; ins->cil_code = D.24435; D.24436 = cmethod->klass; ins->klass = D.24436; ins->sreg1 = vreg; ins->type = 7; D.24437 = alloc_ireg (cfg); D.24438 = (int) D.24437; ins->dreg = D.24438; D.24439 = cfg->cbb; D.24440 = D.24439->last_ins; if (D.24440 != 0B) goto ; else goto ; : D.24439 = cfg->cbb; D.24440 = D.24439->last_ins; D.24440->next = ins; D.24439 = cfg->cbb; D.24440 = D.24439->last_ins; ins->prev = D.24440; D.24439 = cfg->cbb; D.24439->last_ins = ins; goto ; : D.24439 = cfg->cbb; D.24439 = cfg->cbb; D.24439->last_ins = ins; D.24440 = D.24439->last_ins; D.24439->code = D.24440; : D.24444 = ins; return D.24444; } simd_intrinsic_emit_setter (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoType * D.24446; struct MonoMemPool * D.24449; int D.24450; struct MonoInst * D.24451; int D.24452; short unsigned int D.24453; int D.24454; int D.24455; const unsigned char * D.24456; struct MonoClass * D.24457; struct MonoInst * D.24458; int D.24459; struct MonoInst * * D.24460; struct MonoInst * D.24461; int D.24462; short unsigned int D.24463; int D.24464; struct MonoBasicBlock * D.24465; struct MonoInst * D.24466; _Bool D.24474; _Bool D.24475; _Bool D.24476; int D.24478; short unsigned int D.24479; unsigned char D.24480; struct MonoInst * D.24483; struct MonoInst * D.24487; unsigned int D.24491; short unsigned int D.24492; int D.24493; int indirect.36; int D.24503; struct MonoInst * D.24507; struct MonoInst * ins; struct MonoMethodSignature * sig; int size; int align; gboolean indirect; int dreg; try { sig = mono_method_signature (cmethod); D.24446 = sig->params[0]; size = mono_type_size (D.24446, &align); if (0 != 0) goto ; else goto ; : D.24449 = cfg->mempool; ins = mono_mempool_alloc (D.24449, 48); ins->data.op[1].const_val = 0; D.24450 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24450; ins->prev = 0B; D.24451 = ins->prev; ins->next = D.24451; D.24446 = sig->params[0]; D.24452 = mono_type_to_insert_op (D.24446); D.24453 = (short unsigned int) D.24452; ins->opcode = D.24453; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24454 = ins->sreg3; ins->sreg2 = D.24454; D.24455 = ins->sreg2; ins->sreg1 = D.24455; D.24456 = cfg->ip; ins->cil_code = D.24456; D.24457 = cmethod->klass; ins->klass = D.24457; D.24458 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24458, &indirect); ins->sreg1 = dreg; D.24459 = ins->sreg1; ins->dreg = D.24459; D.24460 = args + 4; D.24461 = *D.24460; D.24462 = D.24461->dreg; ins->sreg2 = D.24462; D.24463 = intrinsic->opcode; D.24464 = (int) D.24463; ins->data.op[0].const_val = D.24464; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; if (D.24466 != 0B) goto ; else goto ; : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; D.24466->next = ins; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; ins->prev = D.24466; D.24465 = cfg->cbb; D.24465->last_ins = ins; goto ; : D.24465 = cfg->cbb; D.24465 = cfg->cbb; D.24465->last_ins = ins; D.24466 = D.24465->last_ins; D.24465->code = D.24466; : goto ; : D.24474 = size == 2; D.24475 = size == 4; D.24476 = D.24474 | D.24475; if (D.24476 != 0) goto ; else goto ; : if (size == 8) goto ; else goto ; : D.24449 = cfg->mempool; ins = mono_mempool_alloc (D.24449, 48); ins->data.op[1].const_val = 0; D.24450 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24450; ins->prev = 0B; D.24451 = ins->prev; ins->next = D.24451; D.24446 = sig->params[0]; D.24478 = mono_type_to_slow_insert_op (D.24446); D.24479 = (short unsigned int) D.24478; ins->opcode = D.24479; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24454 = ins->sreg3; ins->sreg2 = D.24454; D.24455 = ins->sreg2; ins->sreg1 = D.24455; D.24456 = cfg->ip; ins->cil_code = D.24456; D.24457 = cmethod->klass; ins->klass = D.24457; D.24458 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24458, &indirect); ins->sreg1 = dreg; D.24459 = ins->sreg1; ins->dreg = D.24459; D.24460 = args + 4; D.24461 = *D.24460; D.24462 = D.24461->dreg; ins->sreg2 = D.24462; D.24463 = intrinsic->opcode; D.24464 = (int) D.24463; ins->data.op[0].const_val = D.24464; D.24446 = sig->params[0]; D.24480 = D.24446->type; if (D.24480 == 12) goto ; else goto ; : D.24483 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24483; goto ; : D.24446 = sig->params[0]; D.24480 = D.24446->type; if (D.24480 == 13) goto ; else goto ; : D.24487 = get_double_spill_area (cfg); ins->backend.spill_var = D.24487; : : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; if (D.24466 != 0B) goto ; else goto ; : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; D.24466->next = ins; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; ins->prev = D.24466; D.24465 = cfg->cbb; D.24465->last_ins = ins; goto ; : D.24465 = cfg->cbb; D.24465 = cfg->cbb; D.24465->last_ins = ins; D.24466 = D.24465->last_ins; D.24465->code = D.24466; : goto ; : { int vreg; int sreg; D.24449 = cfg->mempool; ins = mono_mempool_alloc (D.24449, 48); ins->data.op[1].const_val = 0; D.24450 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24450; ins->prev = 0B; D.24451 = ins->prev; ins->next = D.24451; ins->opcode = 938; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24454 = ins->sreg3; ins->sreg2 = D.24454; D.24455 = ins->sreg2; ins->sreg1 = D.24455; D.24456 = cfg->ip; ins->cil_code = D.24456; D.24457 = cmethod->klass; ins->klass = D.24457; D.24458 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24458, &indirect); sreg = dreg; ins->sreg1 = sreg; ins->type = 1; D.24491 = alloc_ireg (cfg); vreg = (int) D.24491; ins->dreg = vreg; D.24463 = intrinsic->opcode; D.24492 = D.24463 / 2; D.24493 = (int) D.24492; ins->data.op[0].const_val = D.24493; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; if (D.24466 != 0B) goto ; else goto ; : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; D.24466->next = ins; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; ins->prev = D.24466; D.24465 = cfg->cbb; D.24465->last_ins = ins; goto ; : D.24465 = cfg->cbb; D.24465 = cfg->cbb; D.24465->last_ins = ins; D.24466 = D.24465->last_ins; D.24465->code = D.24466; : D.24449 = cfg->mempool; ins = mono_mempool_alloc (D.24449, 48); ins->data.op[1].const_val = 0; D.24450 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24450; ins->prev = 0B; D.24451 = ins->prev; ins->next = D.24451; ins->opcode = 939; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24454 = ins->sreg3; ins->sreg2 = D.24454; D.24455 = ins->sreg2; ins->sreg1 = D.24455; D.24456 = cfg->ip; ins->cil_code = D.24456; D.24457 = cmethod->klass; ins->klass = D.24457; ins->sreg1 = vreg; D.24460 = args + 4; D.24461 = *D.24460; D.24462 = D.24461->dreg; ins->sreg2 = D.24462; ins->dreg = sreg; D.24463 = intrinsic->opcode; D.24464 = (int) D.24463; ins->data.op[0].const_val = D.24464; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; if (D.24466 != 0B) goto ; else goto ; : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; D.24466->next = ins; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; ins->prev = D.24466; D.24465 = cfg->cbb; D.24465->last_ins = ins; goto ; : D.24465 = cfg->cbb; D.24465 = cfg->cbb; D.24465->last_ins = ins; D.24466 = D.24465->last_ins; D.24465->code = D.24466; : } : : indirect.36 = indirect; if (indirect.36 != 0) goto ; else goto ; : D.24449 = cfg->mempool; ins = mono_mempool_alloc (D.24449, 48); ins->data.op[1].const_val = 0; D.24450 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24450; ins->prev = 0B; D.24451 = ins->prev; ins->next = D.24451; ins->opcode = 389; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24454 = ins->sreg3; ins->sreg2 = D.24454; D.24455 = ins->sreg2; ins->sreg1 = D.24455; D.24456 = cfg->ip; ins->cil_code = D.24456; D.24457 = cmethod->klass; ins->klass = D.24457; D.24458 = *args; D.24503 = D.24458->dreg; ins->dreg = D.24503; ins->sreg1 = dreg; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; if (D.24466 != 0B) goto ; else goto ; : D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; D.24466->next = ins; D.24465 = cfg->cbb; D.24466 = D.24465->last_ins; ins->prev = D.24466; D.24465 = cfg->cbb; D.24465->last_ins = ins; goto ; : D.24465 = cfg->cbb; D.24465 = cfg->cbb; D.24465->last_ins = ins; D.24466 = D.24465->last_ins; D.24465->code = D.24466; : : D.24507 = ins; return D.24507; } finally { align = {CLOBBER}; indirect = {CLOBBER}; } } mono_type_to_slow_insert_op (struct MonoType * type) { unsigned char D.24510; int D.24511; int D.24512; D.24510 = type->type; D.24511 = (int) D.24510; switch (D.24511) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 10: , case 11: , case 12: , case 13: > : : D.24512 = 939; return D.24512; : : D.24512 = 937; return D.24512; : : D.24512 = 940; return D.24512; : : D.24512 = 943; return D.24512; : D.24512 = 941; return D.24512; : D.24512 = 942; return D.24512; : monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 1060); } load_simd_vreg (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * src, gboolean * indirect) { short unsigned int D.24516; int D.24519; void * D.24522; int D.24523; int D.24524; unsigned char D.24525; unsigned char D.24528; _Bool D.24529; _Bool D.24530; _Bool D.24531; struct MonoMemPool * D.24536; int D.24537; struct MonoInst * D.24538; int D.24539; int D.24540; const unsigned char * D.24541; struct MonoClass * D.24542; int D.24543; unsigned int D.24544; int D.24545; struct MonoBasicBlock * D.24546; struct MonoInst * D.24547; int D.24551; if (indirect != 0B) goto ; else goto ; : *indirect = 0; : D.24516 = src->opcode; if (D.24516 == 962) goto ; else goto ; : D.24519 = src->sreg1; return D.24519; : D.24516 = src->opcode; if (D.24516 == 314) goto ; else goto ; : { int res; D.24522 = src->data.op[0].p; res = MEM[(struct MonoInst *)D.24522].dreg; src->opcode = 316; src->dreg = -1; src->sreg3 = -1; D.24523 = src->sreg3; src->sreg2 = D.24523; D.24524 = src->sreg2; src->sreg1 = D.24524; D.24519 = res; return D.24519; } : D.24525 = src->type; if (D.24525 == 7) goto ; else goto ; : D.24519 = src->dreg; return D.24519; : D.24528 = src->type; D.24529 = D.24528 == 3; D.24530 = D.24528 == 5; D.24531 = D.24529 | D.24530; if (D.24531 != 0) goto ; else goto ; : { struct MonoInst * ins; if (indirect != 0B) goto ; else goto ; : *indirect = 1; : D.24536 = cfg->mempool; ins = mono_mempool_alloc (D.24536, 48); ins->data.op[1].const_val = 0; D.24537 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24537; ins->prev = 0B; D.24538 = ins->prev; ins->next = D.24538; ins->opcode = 401; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24539 = ins->sreg3; ins->sreg2 = D.24539; D.24540 = ins->sreg2; ins->sreg1 = D.24540; D.24541 = cfg->ip; ins->cil_code = D.24541; D.24542 = cmethod->klass; ins->klass = D.24542; D.24543 = src->dreg; ins->sreg1 = D.24543; ins->type = 7; D.24544 = alloc_ireg (cfg); D.24545 = (int) D.24544; ins->dreg = D.24545; D.24546 = cfg->cbb; D.24547 = D.24546->last_ins; if (D.24547 != 0B) goto ; else goto ; : D.24546 = cfg->cbb; D.24547 = D.24546->last_ins; D.24547->next = ins; D.24546 = cfg->cbb; D.24547 = D.24546->last_ins; ins->prev = D.24547; D.24546 = cfg->cbb; D.24546->last_ins = ins; goto ; : D.24546 = cfg->cbb; D.24546 = cfg->cbb; D.24546->last_ins = ins; D.24547 = D.24546->last_ins; D.24546->code = D.24547; : D.24519 = ins->dreg; return D.24519; } : D.24525 = src->type; D.24551 = (int) D.24525; monoeg_g_log (0B, 16, "load_simd_vreg:: could not infer source simd (%d) vreg for op", D.24551); mono_print_ins (src); monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 848); } simd_intrinsic_emit_getter (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoType * D.24553; struct MonoInst * D.24554; short unsigned int D.24555; int D.24556; int D.24557; unsigned char D.24560; unsigned char D.24561; struct MonoMemPool * D.24564; int D.24565; struct MonoInst * D.24566; int D.24567; int D.24568; const unsigned char * D.24569; struct MonoClass * D.24570; unsigned int D.24571; struct MonoBasicBlock * D.24572; struct MonoInst * D.24573; int D.24577; short unsigned int D.24578; unsigned int D.24579; int D.24582; int D.24584; int D.24585; int D.24586; unsigned char D.24590; struct MonoClass * D.24593; unsigned int D.24594; int D.24595; struct MonoInst * D.24596; struct MonoInst * D.24600; struct MonoInst * ins; struct MonoMethodSignature * sig; int vreg; int shift_bits; sig = mono_method_signature (cmethod); D.24553 = sig->ret; shift_bits = mono_type_elements_shift_bits (D.24553); D.24554 = *args; vreg = load_simd_vreg (cfg, cmethod, D.24554, 0B); D.24555 = intrinsic->opcode; D.24556 = (int) D.24555; D.24557 = D.24556 >> shift_bits; if (D.24557 != 0) goto ; else goto ; : D.24560 = BIT_FIELD_REF <*cfg, 8, 3400>; D.24561 = D.24560 & 1; if (D.24561 == 0) goto ; else goto ; : D.24564 = cfg->mempool; ins = mono_mempool_alloc (D.24564, 48); ins->data.op[1].const_val = 0; D.24565 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24565; ins->prev = 0B; D.24566 = ins->prev; ins->next = D.24566; ins->opcode = 825; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24567 = ins->sreg3; ins->sreg2 = D.24567; D.24568 = ins->sreg2; ins->sreg1 = D.24568; D.24569 = cfg->ip; ins->cil_code = D.24569; D.24570 = cmethod->klass; ins->klass = D.24570; ins->sreg1 = vreg; D.24555 = intrinsic->opcode; D.24556 = (int) D.24555; D.24557 = D.24556 >> shift_bits; ins->data.op[0].const_val = D.24557; ins->type = 7; D.24571 = alloc_ireg (cfg); vreg = (int) D.24571; ins->dreg = vreg; D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; if (D.24573 != 0B) goto ; else goto ; : D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; D.24573->next = ins; D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; ins->prev = D.24573; D.24572 = cfg->cbb; D.24572->last_ins = ins; goto ; : D.24572 = cfg->cbb; D.24572 = cfg->cbb; D.24572->last_ins = ins; D.24573 = D.24572->last_ins; D.24572->code = D.24573; : : : D.24564 = cfg->mempool; ins = mono_mempool_alloc (D.24564, 48); ins->data.op[1].const_val = 0; D.24565 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24565; ins->prev = 0B; D.24566 = ins->prev; ins->next = D.24566; D.24553 = sig->ret; D.24577 = mono_type_to_extract_op (D.24553); D.24578 = (short unsigned int) D.24577; ins->opcode = D.24578; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24567 = ins->sreg3; ins->sreg2 = D.24567; D.24568 = ins->sreg2; ins->sreg1 = D.24568; D.24569 = cfg->ip; ins->cil_code = D.24569; D.24570 = cmethod->klass; ins->klass = D.24570; ins->sreg1 = vreg; ins->type = 1; D.24579 = alloc_ireg (cfg); vreg = (int) D.24579; ins->dreg = vreg; D.24560 = BIT_FIELD_REF <*cfg, 8, 3400>; D.24561 = D.24560 & 1; if (D.24561 != 0) goto ; else goto ; : D.24555 = intrinsic->opcode; D.24582 = (int) D.24555; ins->data.op[0].const_val = D.24582; goto ; : D.24555 = intrinsic->opcode; D.24556 = (int) D.24555; D.24584 = 1 << shift_bits; D.24585 = D.24584 + -1; D.24586 = D.24556 & D.24585; ins->data.op[0].const_val = D.24586; : D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; if (D.24573 != 0B) goto ; else goto ; : D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; D.24573->next = ins; D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; ins->prev = D.24573; D.24572 = cfg->cbb; D.24572->last_ins = ins; goto ; : D.24572 = cfg->cbb; D.24572 = cfg->cbb; D.24572->last_ins = ins; D.24573 = D.24572->last_ins; D.24572->code = D.24573; : D.24553 = sig->ret; D.24590 = D.24553->type; if (D.24590 == 12) goto ; else goto ; : D.24564 = cfg->mempool; ins = mono_mempool_alloc (D.24564, 48); ins->data.op[1].const_val = 0; D.24565 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24565; ins->prev = 0B; D.24566 = ins->prev; ins->next = D.24566; ins->opcode = 925; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24567 = ins->sreg3; ins->sreg2 = D.24567; D.24568 = ins->sreg2; ins->sreg1 = D.24568; D.24569 = cfg->ip; ins->cil_code = D.24569; D.24593 = mono_defaults.single_class; ins->klass = D.24593; ins->sreg1 = vreg; ins->type = 4; D.24594 = alloc_freg (cfg); D.24595 = (int) D.24594; ins->dreg = D.24595; D.24596 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24596; D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; if (D.24573 != 0B) goto ; else goto ; : D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; D.24573->next = ins; D.24572 = cfg->cbb; D.24573 = D.24572->last_ins; ins->prev = D.24573; D.24572 = cfg->cbb; D.24572->last_ins = ins; goto ; : D.24572 = cfg->cbb; D.24572 = cfg->cbb; D.24572->last_ins = ins; D.24573 = D.24572->last_ins; D.24572->code = D.24573; : : D.24600 = ins; return D.24600; } mono_type_elements_shift_bits (struct MonoType * type) { unsigned char D.24602; int D.24603; int D.24604; D.24602 = type->type; D.24603 = (int) D.24602; switch (D.24603) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 12: > : : D.24604 = 2; return D.24604; : : D.24604 = 1; return D.24604; : : : D.24604 = 0; return D.24604; : monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 1010); } mono_type_to_extract_op (struct MonoType * type) { unsigned char D.24606; int D.24607; int D.24608; D.24606 = type->type; D.24607 = (int) D.24606; switch (D.24607) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 12: > : D.24608 = 928; return D.24608; : D.24608 = 929; return D.24608; : D.24608 = 926; return D.24608; : D.24608 = 927; return D.24608; : : : D.24608 = 924; return D.24608; : monoeg_assertion_message ("* Assertion: should not be reached at %s:%d\n", "simd-intrinsics.c", 990); } simd_intrinsic_emit_long_getter (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMethodSignature * D.24610; struct MonoType * D.24611; unsigned char D.24612; _Bool D.24613; struct MonoInst * D.24614; struct MonoMemPool * D.24615; int D.24616; struct MonoInst * D.24617; guint16 iftmp.37; int D.24622; int D.24623; const unsigned char * D.24624; struct MonoClass * D.24625; short unsigned int D.24626; int D.24627; unsigned int D.24630; int D.24631; struct MonoInst * D.24632; unsigned int D.24634; int D.24635; struct MonoBasicBlock * D.24636; struct MonoInst * D.24637; struct MonoInst * D.24641; struct MonoInst * ins; int vreg; gboolean is_r8; D.24610 = mono_method_signature (cmethod); D.24611 = D.24610->ret; D.24612 = D.24611->type; D.24613 = D.24612 == 13; is_r8 = (gboolean) D.24613; D.24614 = *args; vreg = load_simd_vreg (cfg, cmethod, D.24614, 0B); D.24615 = cfg->mempool; ins = mono_mempool_alloc (D.24615, 48); ins->data.op[1].const_val = 0; D.24616 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24616; ins->prev = 0B; D.24617 = ins->prev; ins->next = D.24617; if (is_r8 != 0) goto ; else goto ; : iftmp.37 = 930; goto ; : iftmp.37 = 931; : ins->opcode = iftmp.37; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24622 = ins->sreg3; ins->sreg2 = D.24622; D.24623 = ins->sreg2; ins->sreg1 = D.24623; D.24624 = cfg->ip; ins->cil_code = D.24624; D.24625 = cmethod->klass; ins->klass = D.24625; ins->sreg1 = vreg; D.24626 = intrinsic->opcode; D.24627 = (int) D.24626; ins->data.op[0].const_val = D.24627; if (is_r8 != 0) goto ; else goto ; : ins->type = 4; D.24630 = alloc_freg (cfg); D.24631 = (int) D.24630; ins->dreg = D.24631; D.24632 = get_double_spill_area (cfg); ins->backend.spill_var = D.24632; goto ; : ins->type = 2; D.24634 = alloc_lreg (cfg); D.24635 = (int) D.24634; ins->dreg = D.24635; : D.24636 = cfg->cbb; D.24637 = D.24636->last_ins; if (D.24637 != 0B) goto ; else goto ; : D.24636 = cfg->cbb; D.24637 = D.24636->last_ins; D.24637->next = ins; D.24636 = cfg->cbb; D.24637 = D.24636->last_ins; ins->prev = D.24637; D.24636 = cfg->cbb; D.24636->last_ins = ins; goto ; : D.24636 = cfg->cbb; D.24636 = cfg->cbb; D.24636->last_ins = ins; D.24637 = D.24636->last_ins; D.24636->code = D.24637; : D.24641 = ins; return D.24641; } simd_intrinsic_emit_ctor (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24643; short unsigned int D.24644; _Bool D.24645; struct MonoType * D.24646; unsigned int D.24647; short unsigned int D.24648; struct MonoInst * D.24653; int D.24654; int D.24655; unsigned char D.24657; _Bool D.24658; _Bool D.24659; _Bool D.24660; int D.24661; _Bool D.24662; long int D.24663; long int D.24664; unsigned int D.24667; struct MonoMemPool * D.24668; int D.24669; struct MonoInst * D.24670; short unsigned int D.24671; int D.24672; int D.24673; const unsigned char * D.24674; struct MonoClass * D.24675; struct MonoInst * * D.24676; struct MonoInst * D.24677; int D.24678; struct MonoBasicBlock * D.24679; struct MonoInst * D.24680; unsigned char D.24684; struct MonoInst * D.24687; struct MonoInst * D.24691; int D.24694; struct MonoInst * D.24698; struct MonoInst * D.24701; struct MonoInst * D.24702; unsigned char D.24703; unsigned char D.24704; struct MonoInst * D.24705; struct MonoClass * D.24706; unsigned int D.24707; int D.24708; int D.24709; _Bool D.24710; long int D.24711; long int D.24712; struct MonoInst * D.24715; struct MonoType * D.24716; int D.24717; _Bool iftmp.38; int D.24721; int iftmp.39; struct MonoInst * D.24728; unsigned char D.24729; struct MonoInst * D.24731; unsigned char D.24732; struct MonoInst * D.24734; unsigned char D.24735; struct MonoInst * iftmp.40; struct MonoInst * D.24739; int D.24740; int D.24741; unsigned int D.24742; unsigned int D.24743; struct MonoInst * * D.24746; struct MonoInst * D.24747; int D.24748; sizetype D.24749; sizetype D.24750; sizetype D.24751; struct MonoInst * * D.24752; struct MonoInst * iftmp.41; struct MonoInst * D.24755; int D.24756; int D.24757; unsigned int D.24758; struct MonoInst * D.24761; int D.24762; sizetype D.24763; sizetype D.24764; sizetype D.24765; struct MonoInst * * D.24766; _Bool D.24768; long int D.24769; long int D.24770; _Bool D.24773; long int D.24774; long int D.24775; unsigned char D.24778; unsigned char D.24779; unsigned char D.24780; unsigned char D.24781; unsigned char D.24786; _Bool D.24787; _Bool D.24788; _Bool D.24789; int D.24790; _Bool D.24791; long int D.24792; long int D.24793; int D.24796; int i.42; short unsigned int D.24798; int i.43; sizetype i.44; sizetype D.24801; sizetype D.24802; struct MonoInst * * D.24803; struct MonoInst * D.24804; int D.24805; int D.24806; int i.45; void * D.24813; struct MonoInst * ins; int i; int addr_reg; gboolean is_ldaddr; struct MonoMethodSignature * sig; int store_op; int arg_size; try { ins = 0B; D.24643 = *args; D.24644 = D.24643->opcode; D.24645 = D.24644 == 314; is_ldaddr = (gboolean) D.24645; sig = mono_method_signature (cmethod); D.24646 = sig->params[0]; D.24647 = mono_type_to_store_membase (cfg, D.24646); store_op = (int) D.24647; D.24646 = sig->params[0]; arg_size = mono_type_size (D.24646, &i); D.24648 = sig->param_count; if (D.24648 == 1) goto ; else goto ; : { int dreg; if (is_ldaddr != 0) goto ; else goto ; : D.24643 = *args; D.24653 = D.24643->data.op[0].src; dreg = D.24653->dreg; D.24643 = *args; D.24643->opcode = 316; D.24643 = *args; D.24643->dreg = -1; D.24643 = *args; D.24643 = *args; D.24643 = *args; D.24643->sreg3 = -1; D.24654 = D.24643->sreg3; D.24643->sreg2 = D.24654; D.24655 = D.24643->sreg2; D.24643->sreg1 = D.24655; goto ; : D.24643 = *args; D.24657 = D.24643->type; D.24658 = D.24657 != 5; D.24659 = D.24657 != 3; D.24660 = D.24658 & D.24659; D.24661 = (int) D.24660; D.24662 = D.24661 != 0; D.24663 = (long int) D.24662; D.24664 = __builtin_expect (D.24663, 0); if (D.24664 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1209, "args [0]->type == STACK_MP || args [0]->type == STACK_PTR"); : D.24667 = alloc_ireg (cfg); dreg = (int) D.24667; : D.24668 = cfg->mempool; ins = mono_mempool_alloc (D.24668, 48); ins->data.op[1].const_val = 0; D.24669 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24669; ins->prev = 0B; D.24670 = ins->prev; ins->next = D.24670; D.24671 = intrinsic->opcode; ins->opcode = D.24671; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24672 = ins->sreg3; ins->sreg2 = D.24672; D.24673 = ins->sreg2; ins->sreg1 = D.24673; D.24674 = cfg->ip; ins->cil_code = D.24674; D.24675 = cmethod->klass; ins->klass = D.24675; D.24676 = args + 4; D.24677 = *D.24676; D.24678 = D.24677->dreg; ins->sreg1 = D.24678; ins->type = 7; ins->dreg = dreg; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; if (D.24680 != 0B) goto ; else goto ; : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; D.24680->next = ins; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; ins->prev = D.24680; D.24679 = cfg->cbb; D.24679->last_ins = ins; goto ; : D.24679 = cfg->cbb; D.24679 = cfg->cbb; D.24679->last_ins = ins; D.24680 = D.24679->last_ins; D.24679->code = D.24680; : D.24646 = sig->params[0]; D.24684 = D.24646->type; if (D.24684 == 12) goto ; else goto ; : D.24687 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24687; goto ; : D.24646 = sig->params[0]; D.24684 = D.24646->type; if (D.24684 == 13) goto ; else goto ; : D.24691 = get_double_spill_area (cfg); ins->backend.spill_var = D.24691; : : if (is_ldaddr == 0) goto ; else goto ; : D.24668 = cfg->mempool; ins = mono_mempool_alloc (D.24668, 48); ins->data.op[1].const_val = 0; D.24669 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24669; ins->prev = 0B; D.24670 = ins->prev; ins->next = D.24670; ins->opcode = 389; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24672 = ins->sreg3; ins->sreg2 = D.24672; D.24673 = ins->sreg2; ins->sreg1 = D.24673; D.24674 = cfg->ip; ins->cil_code = D.24674; D.24643 = *args; D.24694 = D.24643->dreg; ins->dreg = D.24694; ins->sreg1 = dreg; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; if (D.24680 != 0B) goto ; else goto ; : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; D.24680->next = ins; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; ins->prev = D.24680; D.24679 = cfg->cbb; D.24679->last_ins = ins; goto ; : D.24679 = cfg->cbb; D.24679 = cfg->cbb; D.24679->last_ins = ins; D.24680 = D.24679->last_ins; D.24679->code = D.24680; : : D.24698 = ins; return D.24698; } : if (is_ldaddr != 0) goto ; else goto ; : D.24668 = cfg->mempool; ins = mono_mempool_alloc (D.24668, 48); ins->data.op[1].const_val = 0; D.24669 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24669; ins->prev = 0B; D.24670 = ins->prev; ins->next = D.24670; ins->opcode = 314; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24672 = ins->sreg3; ins->sreg2 = D.24672; D.24673 = ins->sreg2; ins->sreg1 = D.24673; D.24674 = cfg->ip; ins->cil_code = D.24674; D.24675 = cmethod->klass; D.24701 = get_simd_ctor_spill_area (cfg, D.24675); ins->data.op[0].p = D.24701; D.24675 = cmethod->klass; D.24702 = get_simd_ctor_spill_area (cfg, D.24675); D.24703 = D.24702->flags; D.24704 = D.24703 | 16; D.24702->flags = D.24704; ins->type = 5; D.24675 = cmethod->klass; D.24705 = get_simd_ctor_spill_area (cfg, D.24675); D.24706 = D.24705->klass; ins->klass = D.24706; D.24707 = alloc_dreg (cfg, 5); D.24708 = (int) D.24707; ins->dreg = D.24708; cfg->has_indirection = 1; D.24709 = cfg->gsharedvt; D.24710 = D.24709 != 0; D.24711 = (long int) D.24710; D.24712 = __builtin_expect (D.24711, 0); if (D.24712 != 0) goto ; else goto ; : D.24675 = cmethod->klass; D.24715 = get_simd_ctor_spill_area (cfg, D.24675); D.24716 = D.24715->data.op[1].vtype; D.24717 = mini_is_gsharedvt_variable_type (cfg, D.24716); if (D.24717 != 0) goto ; else goto ; : handle_gsharedvt_ldaddr (cfg); : : D.24721 = mono_arch_is_soft_float (); if (D.24721 != 0) goto ; else goto ; : D.24675 = cmethod->klass; D.24728 = get_simd_ctor_spill_area (cfg, D.24675); D.24729 = D.24728->type; if (D.24729 == 2) goto ; else goto ; : D.24675 = cmethod->klass; D.24731 = get_simd_ctor_spill_area (cfg, D.24675); D.24732 = D.24731->type; if (D.24732 == 4) goto ; else goto ; : iftmp.39 = 1; goto ; : iftmp.39 = 0; : iftmp.38 = (_Bool) iftmp.39; goto ; : D.24675 = cmethod->klass; D.24734 = get_simd_ctor_spill_area (cfg, D.24675); D.24735 = D.24734->type; iftmp.38 = D.24735 == 2; : if (iftmp.38 != 0) goto ; else goto ; : { struct MonoInst * var1; struct MonoInst * var2; D.24675 = cmethod->klass; D.24739 = get_simd_ctor_spill_area (cfg, D.24675); D.24740 = D.24739->dreg; D.24741 = D.24740 + 1; D.24742 = (unsigned int) D.24741; D.24743 = cfg->vreg_to_inst_len; if (D.24742 < D.24743) goto ; else goto ; : D.24746 = cfg->vreg_to_inst; D.24675 = cmethod->klass; D.24747 = get_simd_ctor_spill_area (cfg, D.24675); D.24748 = D.24747->dreg; D.24749 = (sizetype) D.24748; D.24750 = D.24749 + 1; D.24751 = D.24750 * 4; D.24752 = D.24746 + D.24751; iftmp.40 = *D.24752; goto ; : iftmp.40 = 0B; : var1 = iftmp.40; D.24675 = cmethod->klass; D.24755 = get_simd_ctor_spill_area (cfg, D.24675); D.24756 = D.24755->dreg; D.24757 = D.24756 + 2; D.24758 = (unsigned int) D.24757; D.24743 = cfg->vreg_to_inst_len; if (D.24758 < D.24743) goto ; else goto ; : D.24746 = cfg->vreg_to_inst; D.24675 = cmethod->klass; D.24761 = get_simd_ctor_spill_area (cfg, D.24675); D.24762 = D.24761->dreg; D.24763 = (sizetype) D.24762; D.24764 = D.24763 + 2; D.24765 = D.24764 * 4; D.24766 = D.24746 + D.24765; iftmp.41 = *D.24766; goto ; : iftmp.41 = 0B; : var2 = iftmp.41; D.24768 = var1 == 0B; D.24769 = (long int) D.24768; D.24770 = __builtin_expect (D.24769, 0); if (D.24770 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1235, "var1"); : D.24773 = var2 == 0B; D.24774 = (long int) D.24773; D.24775 = __builtin_expect (D.24774, 0); if (D.24775 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1235, "var2"); : D.24778 = var1->flags; D.24779 = D.24778 | 16; var1->flags = D.24779; D.24780 = var2->flags; D.24781 = D.24780 | 16; var2->flags = D.24781; } : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; if (D.24680 != 0B) goto ; else goto ; : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; D.24680->next = ins; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; ins->prev = D.24680; D.24679 = cfg->cbb; D.24679->last_ins = ins; goto ; : D.24679 = cfg->cbb; D.24679 = cfg->cbb; D.24679->last_ins = ins; D.24680 = D.24679->last_ins; D.24679->code = D.24680; : addr_reg = ins->dreg; goto ; : D.24643 = *args; D.24786 = D.24643->type; D.24787 = D.24786 != 5; D.24788 = D.24786 != 3; D.24789 = D.24787 & D.24788; D.24790 = (int) D.24789; D.24791 = D.24790 != 0; D.24792 = (long int) D.24791; D.24793 = __builtin_expect (D.24792, 0); if (D.24793 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1239, "args [0]->type == STACK_MP || args [0]->type == STACK_PTR"); : D.24643 = *args; addr_reg = D.24643->dreg; : D.24648 = sig->param_count; D.24796 = (int) D.24648; i.42 = D.24796 + -1; i = i.42; goto ; : D.24668 = cfg->mempool; ins = mono_mempool_alloc (D.24668, 48); ins->data.op[1].const_val = 0; D.24669 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24669; ins->prev = 0B; D.24670 = ins->prev; ins->next = D.24670; D.24798 = (short unsigned int) store_op; ins->opcode = D.24798; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24672 = ins->sreg3; ins->sreg2 = D.24672; D.24673 = ins->sreg2; ins->sreg1 = D.24673; D.24674 = cfg->ip; ins->cil_code = D.24674; i.43 = i; i.44 = (sizetype) i.43; D.24801 = i.44 + 1; D.24802 = D.24801 * 4; D.24803 = args + D.24802; D.24804 = *D.24803; D.24805 = D.24804->dreg; ins->sreg1 = D.24805; ins->dreg = addr_reg; i.43 = i; D.24806 = i.43 * arg_size; ins->data.op[0].const_val = D.24806; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; if (D.24680 != 0B) goto ; else goto ; : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; D.24680->next = ins; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; ins->prev = D.24680; D.24679 = cfg->cbb; D.24679->last_ins = ins; goto ; : D.24679 = cfg->cbb; D.24679 = cfg->cbb; D.24679->last_ins = ins; D.24680 = D.24679->last_ins; D.24679->code = D.24680; : i.43 = i; i.45 = i.43 + -1; i = i.45; : i.43 = i; if (i.43 >= 0) goto ; else goto ; : if (is_ldaddr != 0) goto ; else goto ; : { int vreg; D.24643 = *args; D.24813 = D.24643->data.op[0].p; vreg = MEM[(struct MonoInst *)D.24813].dreg; D.24643 = *args; D.24643->opcode = 316; D.24643 = *args; D.24643->dreg = -1; D.24643 = *args; D.24643 = *args; D.24643 = *args; D.24643->sreg3 = -1; D.24654 = D.24643->sreg3; D.24643->sreg2 = D.24654; D.24655 = D.24643->sreg2; D.24643->sreg1 = D.24655; D.24668 = cfg->mempool; ins = mono_mempool_alloc (D.24668, 48); ins->data.op[1].const_val = 0; D.24669 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24669; ins->prev = 0B; D.24670 = ins->prev; ins->next = D.24670; ins->opcode = 401; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24672 = ins->sreg3; ins->sreg2 = D.24672; D.24673 = ins->sreg2; ins->sreg1 = D.24673; D.24674 = cfg->ip; ins->cil_code = D.24674; D.24675 = cmethod->klass; ins->klass = D.24675; ins->sreg1 = addr_reg; ins->type = 7; ins->dreg = vreg; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; if (D.24680 != 0B) goto ; else goto ; : D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; D.24680->next = ins; D.24679 = cfg->cbb; D.24680 = D.24679->last_ins; ins->prev = D.24680; D.24679 = cfg->cbb; D.24679->last_ins = ins; goto ; : D.24679 = cfg->cbb; D.24679 = cfg->cbb; D.24679->last_ins = ins; D.24680 = D.24679->last_ins; D.24679->code = D.24680; : } : D.24698 = ins; return D.24698; } finally { i = {CLOBBER}; } } handle_gsharedvt_ldaddr (struct MonoCompile * cfg) { struct MonoMemPool * D.24819; int D.24820; struct MonoInst * D.24821; int D.24822; int D.24823; const unsigned char * D.24824; struct MonoInst * D.24825; int D.24826; struct MonoBasicBlock * D.24827; struct MonoInst * D.24828; struct MonoInst * D.24832; int D.24833; struct MonoInst * use; D.24819 = cfg->mempool; use = mono_mempool_alloc (D.24819, 48); use->data.op[1].const_val = 0; D.24820 = use->data.op[1].const_val; use->data.op[0].const_val = D.24820; use->prev = 0B; D.24821 = use->prev; use->next = D.24821; use->opcode = 800; use->flags = 0; use->type = 0; use->dreg = -1; use->sreg3 = -1; D.24822 = use->sreg3; use->sreg2 = D.24822; D.24823 = use->sreg2; use->sreg1 = D.24823; D.24824 = cfg->ip; use->cil_code = D.24824; D.24825 = cfg->gsharedvt_info_var; D.24826 = D.24825->dreg; use->sreg1 = D.24826; D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; if (D.24828 != 0B) goto ; else goto ; : D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; D.24828->next = use; D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; use->prev = D.24828; D.24827 = cfg->cbb; D.24827->last_ins = use; goto ; : D.24827 = cfg->cbb; D.24827 = cfg->cbb; D.24827->last_ins = use; D.24828 = D.24827->last_ins; D.24827->code = D.24828; : D.24819 = cfg->mempool; use = mono_mempool_alloc (D.24819, 48); use->data.op[1].const_val = 0; D.24820 = use->data.op[1].const_val; use->data.op[0].const_val = D.24820; use->prev = 0B; D.24821 = use->prev; use->next = D.24821; use->opcode = 800; use->flags = 0; use->type = 0; use->dreg = -1; use->sreg3 = -1; D.24822 = use->sreg3; use->sreg2 = D.24822; D.24823 = use->sreg2; use->sreg1 = D.24823; D.24824 = cfg->ip; use->cil_code = D.24824; D.24832 = cfg->gsharedvt_locals_var; D.24833 = D.24832->dreg; use->sreg1 = D.24833; D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; if (D.24828 != 0B) goto ; else goto ; : D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; D.24828->next = use; D.24827 = cfg->cbb; D.24828 = D.24827->last_ins; use->prev = D.24828; D.24827 = cfg->cbb; D.24827->last_ins = use; goto ; : D.24827 = cfg->cbb; D.24827 = cfg->cbb; D.24827->last_ins = use; D.24828 = D.24827->last_ins; D.24827->code = D.24828; : } get_simd_ctor_spill_area (struct MonoCompile * cfg, struct MonoClass * avector_klass) { struct MonoInst * D.24837; struct MonoType * D.24840; struct MonoInst * D.24841; unsigned char D.24842; unsigned char D.24843; struct MonoInst * D.24844; D.24837 = cfg->simd_ctor_var; if (D.24837 == 0B) goto ; else goto ; : D.24840 = &avector_klass->byval_arg; D.24841 = mono_compile_create_var (cfg, D.24840, 329); cfg->simd_ctor_var = D.24841; D.24837 = cfg->simd_ctor_var; D.24837 = cfg->simd_ctor_var; D.24842 = D.24837->flags; D.24843 = D.24842 | 4; D.24837->flags = D.24843; : D.24844 = cfg->simd_ctor_var; return D.24844; } simd_intrinsic_emit_cast (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24846; struct MonoMemPool * D.24847; int D.24848; struct MonoInst * D.24849; int D.24850; int D.24851; const unsigned char * D.24852; struct MonoClass * D.24853; unsigned int D.24854; int D.24855; struct MonoBasicBlock * D.24856; struct MonoInst * D.24857; struct MonoInst * D.24861; struct MonoInst * ins; int vreg; D.24846 = *args; vreg = get_simd_vreg (cfg, cmethod, D.24846); D.24847 = cfg->mempool; ins = mono_mempool_alloc (D.24847, 48); ins->data.op[1].const_val = 0; D.24848 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24848; ins->prev = 0B; D.24849 = ins->prev; ins->next = D.24849; ins->opcode = 962; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24850 = ins->sreg3; ins->sreg2 = D.24850; D.24851 = ins->sreg2; ins->sreg1 = D.24851; D.24852 = cfg->ip; ins->cil_code = D.24852; D.24853 = cmethod->klass; ins->klass = D.24853; ins->type = 7; ins->sreg1 = vreg; D.24854 = alloc_ireg (cfg); D.24855 = (int) D.24854; ins->dreg = D.24855; D.24856 = cfg->cbb; D.24857 = D.24856->last_ins; if (D.24857 != 0B) goto ; else goto ; : D.24856 = cfg->cbb; D.24857 = D.24856->last_ins; D.24857->next = ins; D.24856 = cfg->cbb; D.24857 = D.24856->last_ins; ins->prev = D.24857; D.24856 = cfg->cbb; D.24856->last_ins = ins; goto ; : D.24856 = cfg->cbb; D.24856 = cfg->cbb; D.24856->last_ins = ins; D.24857 = D.24856->last_ins; D.24856->code = D.24857; : D.24861 = ins; return D.24861; } simd_intrinsic_emit_shuffle (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMethodSignature * D.24863; short unsigned int D.24864; sizetype param_count.46; sizetype D.24866; sizetype D.24867; struct MonoInst * * D.24868; struct MonoInst * D.24869; short unsigned int D.24870; struct MonoInst * D.24873; struct MonoInst * D.24874; struct MonoInst * * D.24877; struct MonoInst * D.24878; int D.24879; int D.24880; struct MonoMemPool * D.24881; int D.24882; struct MonoInst * D.24883; short unsigned int D.24884; int D.24885; int D.24886; const unsigned char * D.24887; struct MonoClass * D.24888; int D.24889; unsigned int D.24890; int D.24891; struct MonoBasicBlock * D.24892; struct MonoInst * D.24893; short unsigned int D.24899; struct MonoInst * ins; int vreg; int vreg2; int param_count; vreg2 = -1; D.24863 = mono_method_signature (cmethod); D.24864 = D.24863->param_count; param_count = (int) D.24864; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; D.24870 = D.24869->opcode; if (D.24870 != 362) goto ; else goto ; : D.24873 = 0B; return D.24873; : D.24874 = *args; vreg = get_simd_vreg (cfg, cmethod, D.24874); if (param_count == 3) goto ; else goto ; : D.24877 = args + 4; D.24878 = *D.24877; vreg2 = get_simd_vreg (cfg, cmethod, D.24878); : param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; D.24869->opcode = 316; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; D.24869->dreg = -1; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; D.24869->sreg3 = -1; D.24879 = D.24869->sreg3; D.24869->sreg2 = D.24879; D.24880 = D.24869->sreg2; D.24869->sreg1 = D.24880; D.24881 = cfg->mempool; ins = mono_mempool_alloc (D.24881, 48); ins->data.op[1].const_val = 0; D.24882 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24882; ins->prev = 0B; D.24883 = ins->prev; ins->next = D.24883; D.24884 = intrinsic->opcode; ins->opcode = D.24884; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24885 = ins->sreg3; ins->sreg2 = D.24885; D.24886 = ins->sreg2; ins->sreg1 = D.24886; D.24887 = cfg->ip; ins->cil_code = D.24887; D.24888 = cmethod->klass; ins->klass = D.24888; ins->sreg1 = vreg; ins->sreg2 = vreg2; param_count.46 = (sizetype) param_count; D.24866 = param_count.46 + 1073741823; D.24867 = D.24866 * 4; D.24868 = args + D.24867; D.24869 = *D.24868; D.24889 = D.24869->data.op[0].const_val; ins->data.op[0].const_val = D.24889; ins->type = 7; D.24890 = alloc_ireg (cfg); D.24891 = (int) D.24890; ins->dreg = D.24891; D.24892 = cfg->cbb; D.24893 = D.24892->last_ins; if (D.24893 != 0B) goto ; else goto ; : D.24892 = cfg->cbb; D.24893 = D.24892->last_ins; D.24893->next = ins; D.24892 = cfg->cbb; D.24893 = D.24892->last_ins; ins->prev = D.24893; D.24892 = cfg->cbb; D.24892->last_ins = ins; goto ; : D.24892 = cfg->cbb; D.24892 = cfg->cbb; D.24892->last_ins = ins; D.24893 = D.24892->last_ins; D.24892->code = D.24893; : if (param_count == 3) goto ; else goto ; : D.24899 = ins->opcode; if (D.24899 == 825) goto ; else goto ; : ins->opcode = 826; : : D.24873 = ins; return D.24873; } simd_intrinsic_emit_shift (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { short unsigned int D.24903; struct MonoInst * D.24904; struct MonoInst * * D.24905; struct MonoInst * D.24906; short unsigned int D.24907; struct MonoMemPool * D.24910; int D.24911; struct MonoInst * D.24912; int D.24913; int D.24914; const unsigned char * D.24915; struct MonoClass * D.24916; int D.24917; unsigned int D.24918; struct MonoBasicBlock * D.24919; struct MonoInst * D.24920; short unsigned int D.24924; struct MonoClass * D.24925; int D.24928; int D.24929; int D.24930; unsigned int D.24931; int D.24932; struct MonoInst * D.24936; struct MonoInst * ins; int vreg; int vreg2; int opcode; vreg2 = -1; D.24903 = intrinsic->opcode; opcode = (int) D.24903; D.24904 = *args; vreg = get_simd_vreg (cfg, cmethod, D.24904); D.24905 = args + 4; D.24906 = *D.24905; D.24907 = D.24906->opcode; if (D.24907 != 362) goto ; else goto ; : D.24910 = cfg->mempool; ins = mono_mempool_alloc (D.24910, 48); ins->data.op[1].const_val = 0; D.24911 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24911; ins->prev = 0B; D.24912 = ins->prev; ins->next = D.24912; ins->opcode = 946; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24913 = ins->sreg3; ins->sreg2 = D.24913; D.24914 = ins->sreg2; ins->sreg1 = D.24914; D.24915 = cfg->ip; ins->cil_code = D.24915; D.24916 = mono_defaults.int32_class; ins->klass = D.24916; D.24905 = args + 4; D.24906 = *D.24905; D.24917 = D.24906->dreg; ins->sreg1 = D.24917; ins->type = 1; D.24918 = alloc_ireg (cfg); vreg2 = (int) D.24918; ins->dreg = vreg2; D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; if (D.24920 != 0B) goto ; else goto ; : D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; D.24920->next = ins; D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; ins->prev = D.24920; D.24919 = cfg->cbb; D.24919->last_ins = ins; goto ; : D.24919 = cfg->cbb; D.24919 = cfg->cbb; D.24919->last_ins = ins; D.24920 = D.24919->last_ins; D.24919->code = D.24920; : opcode = opcode + 1; : D.24910 = cfg->mempool; ins = mono_mempool_alloc (D.24910, 48); ins->data.op[1].const_val = 0; D.24911 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24911; ins->prev = 0B; D.24912 = ins->prev; ins->next = D.24912; D.24924 = (short unsigned int) opcode; ins->opcode = D.24924; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24913 = ins->sreg3; ins->sreg2 = D.24913; D.24914 = ins->sreg2; ins->sreg1 = D.24914; D.24915 = cfg->ip; ins->cil_code = D.24915; D.24925 = cmethod->klass; ins->klass = D.24925; ins->sreg1 = vreg; ins->sreg2 = vreg2; D.24905 = args + 4; D.24906 = *D.24905; D.24907 = D.24906->opcode; if (D.24907 == 362) goto ; else goto ; : D.24905 = args + 4; D.24906 = *D.24905; D.24928 = D.24906->data.op[0].const_val; ins->data.op[1].const_val = D.24928; D.24905 = args + 4; D.24906 = *D.24905; D.24906->opcode = 316; D.24905 = args + 4; D.24906 = *D.24905; D.24906->dreg = -1; D.24905 = args + 4; D.24906 = *D.24905; D.24905 = args + 4; D.24906 = *D.24905; D.24905 = args + 4; D.24906 = *D.24905; D.24906->sreg3 = -1; D.24929 = D.24906->sreg3; D.24906->sreg2 = D.24929; D.24930 = D.24906->sreg2; D.24906->sreg1 = D.24930; : ins->type = 7; D.24931 = alloc_ireg (cfg); D.24932 = (int) D.24931; ins->dreg = D.24932; D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; if (D.24920 != 0B) goto ; else goto ; : D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; D.24920->next = ins; D.24919 = cfg->cbb; D.24920 = D.24919->last_ins; ins->prev = D.24920; D.24919 = cfg->cbb; D.24919->last_ins = ins; goto ; : D.24919 = cfg->cbb; D.24919 = cfg->cbb; D.24919->last_ins = ins; D.24920 = D.24919->last_ins; D.24919->code = D.24920; : D.24936 = ins; return D.24936; } simd_intrinsic_emit_equality (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24938; struct MonoInst * * D.24939; struct MonoInst * D.24940; struct MonoMemPool * D.24941; int D.24942; struct MonoInst * D.24943; short unsigned int D.24944; int D.24945; int D.24946; const unsigned char * D.24947; struct MonoClass * D.24948; unsigned int D.24949; D.24950; int D.24951; struct MonoBasicBlock * D.24952; struct MonoInst * D.24953; unsigned int D.24957; int D.24964; int D.24965; unsigned char D.24967; unsigned char D.24968; int D.24969; struct MonoInst * D.24970; int D.24971; int D.24972; guint16 iftmp.47; int D.24980; struct MonoInst * D.24981; int D.24982; int D.24983; struct MonoInst * D.24990; struct MonoInst * ins; int left_vreg; int right_vreg; int tmp_vreg; D.24938 = *args; left_vreg = get_simd_vreg (cfg, cmethod, D.24938); D.24939 = args + 4; D.24940 = *D.24939; right_vreg = get_simd_vreg (cfg, cmethod, D.24940); D.24941 = cfg->mempool; ins = mono_mempool_alloc (D.24941, 48); ins->data.op[1].const_val = 0; D.24942 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24942; ins->prev = 0B; D.24943 = ins->prev; ins->next = D.24943; D.24944 = intrinsic->opcode; ins->opcode = D.24944; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24945 = ins->sreg3; ins->sreg2 = D.24945; D.24946 = ins->sreg2; ins->sreg1 = D.24946; D.24947 = cfg->ip; ins->cil_code = D.24947; D.24948 = cmethod->klass; ins->klass = D.24948; ins->sreg1 = left_vreg; ins->sreg2 = right_vreg; ins->type = 7; D.24948 = cmethod->klass; ins->klass = D.24948; D.24949 = alloc_ireg (cfg); tmp_vreg = (int) D.24949; ins->dreg = tmp_vreg; D.24950 = intrinsic->flags; D.24951 = (int) D.24950; ins->data.op[0].const_val = D.24951; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; if (D.24953 != 0B) goto ; else goto ; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; D.24953->next = ins; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; ins->prev = D.24953; D.24952 = cfg->cbb; D.24952->last_ins = ins; goto ; : D.24952 = cfg->cbb; D.24952 = cfg->cbb; D.24952->last_ins = ins; D.24953 = D.24952->last_ins; D.24952->code = D.24953; : D.24941 = cfg->mempool; ins = mono_mempool_alloc (D.24941, 48); ins->data.op[1].const_val = 0; D.24942 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24942; ins->prev = 0B; D.24943 = ins->prev; ins->next = D.24943; ins->opcode = 844; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24945 = ins->sreg3; ins->sreg2 = D.24945; D.24946 = ins->sreg2; ins->sreg1 = D.24946; D.24947 = cfg->ip; ins->cil_code = D.24947; D.24948 = cmethod->klass; ins->klass = D.24948; ins->sreg1 = tmp_vreg; ins->type = 1; D.24957 = alloc_ireg (cfg); tmp_vreg = (int) D.24957; ins->dreg = tmp_vreg; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; if (D.24953 != 0B) goto ; else goto ; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; D.24953->next = ins; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; ins->prev = D.24953; D.24952 = cfg->cbb; D.24952->last_ins = ins; goto ; : D.24952 = cfg->cbb; D.24952 = cfg->cbb; D.24952->last_ins = ins; D.24953 = D.24952->last_ins; D.24952->code = D.24953; : D.24944 = intrinsic->opcode; D.24964 = (int) D.24944; D.24965 = mono_op_is_packed_compare (D.24964); if (D.24965 != 0) goto ; else goto ; : D.24967 = BIT_FIELD_REF <*intrinsic, 8, 40>; D.24968 = D.24967 & 240; if (D.24968 == 0) goto ; else goto ; : { struct MonoInst * inst; D.24941 = cfg->mempool; inst = mono_mempool_alloc (D.24941, 48); inst->data.op[1].const_val = 0; D.24969 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24969; inst->prev = 0B; D.24970 = inst->prev; inst->next = D.24970; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24971 = inst->sreg3; inst->sreg2 = D.24971; D.24972 = inst->sreg2; inst->sreg1 = D.24972; D.24947 = cfg->ip; inst->cil_code = D.24947; inst->dreg = -1; inst->sreg1 = tmp_vreg; inst->data.op[1].const_val = 65535; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; if (D.24953 != 0B) goto ; else goto ; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; D.24953->next = inst; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; inst->prev = D.24953; D.24952 = cfg->cbb; D.24952->last_ins = inst; goto ; : D.24952 = cfg->cbb; D.24952 = cfg->cbb; D.24952->last_ins = inst; D.24953 = D.24952->last_ins; D.24952->code = D.24953; : } D.24941 = cfg->mempool; ins = mono_mempool_alloc (D.24941, 48); ins->data.op[1].const_val = 0; D.24942 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24942; ins->prev = 0B; D.24943 = ins->prev; ins->next = D.24943; D.24967 = BIT_FIELD_REF <*intrinsic, 8, 40>; D.24968 = D.24967 & 240; if (D.24968 == 0) goto ; else goto ; : iftmp.47 = 450; goto ; : iftmp.47 = 454; : ins->opcode = iftmp.47; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24945 = ins->sreg3; ins->sreg2 = D.24945; D.24946 = ins->sreg2; ins->sreg1 = D.24946; D.24947 = cfg->ip; ins->cil_code = D.24947; ins->dreg = tmp_vreg; ins->sreg1 = -1; goto ; : { struct MonoInst * inst; D.24941 = cfg->mempool; inst = mono_mempool_alloc (D.24941, 48); inst->data.op[1].const_val = 0; D.24980 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24980; inst->prev = 0B; D.24981 = inst->prev; inst->next = D.24981; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24982 = inst->sreg3; inst->sreg2 = D.24982; D.24983 = inst->sreg2; inst->sreg1 = D.24983; D.24947 = cfg->ip; inst->cil_code = D.24947; inst->dreg = -1; inst->sreg1 = tmp_vreg; inst->data.op[1].const_val = 0; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; if (D.24953 != 0B) goto ; else goto ; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; D.24953->next = inst; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; inst->prev = D.24953; D.24952 = cfg->cbb; D.24952->last_ins = inst; goto ; : D.24952 = cfg->cbb; D.24952 = cfg->cbb; D.24952->last_ins = inst; D.24953 = D.24952->last_ins; D.24952->code = D.24953; : } D.24941 = cfg->mempool; ins = mono_mempool_alloc (D.24941, 48); ins->data.op[1].const_val = 0; D.24942 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24942; ins->prev = 0B; D.24943 = ins->prev; ins->next = D.24943; ins->opcode = 452; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24945 = ins->sreg3; ins->sreg2 = D.24945; D.24946 = ins->sreg2; ins->sreg1 = D.24946; D.24947 = cfg->ip; ins->cil_code = D.24947; ins->dreg = tmp_vreg; ins->sreg1 = -1; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; if (D.24953 != 0B) goto ; else goto ; : D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; D.24953->next = ins; D.24952 = cfg->cbb; D.24953 = D.24952->last_ins; ins->prev = D.24953; D.24952 = cfg->cbb; D.24952->last_ins = ins; goto ; : D.24952 = cfg->cbb; D.24952 = cfg->cbb; D.24952->last_ins = ins; D.24953 = D.24952->last_ins; D.24952->code = D.24953; : D.24990 = ins; return D.24990; } mono_op_is_packed_compare (int op) { gboolean D.24992; unsigned int op.48; unsigned int D.24994; _Bool D.24995; op.48 = (unsigned int) op; D.24994 = op.48 + 4294966426; D.24995 = D.24994 <= 3; D.24992 = (gboolean) D.24995; return D.24992; } simd_intrinsic_emit_load_aligned (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMemPool * D.24997; int D.24998; struct MonoInst * D.24999; int D.25000; int D.25001; const unsigned char * D.25002; struct MonoClass * D.25003; struct MonoInst * D.25004; int D.25005; unsigned int D.25006; int D.25007; struct MonoBasicBlock * D.25008; struct MonoInst * D.25009; struct MonoInst * D.25013; struct MonoInst * ins; D.24997 = cfg->mempool; ins = mono_mempool_alloc (D.24997, 48); ins->data.op[1].const_val = 0; D.24998 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24998; ins->prev = 0B; D.24999 = ins->prev; ins->next = D.24999; ins->opcode = 402; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25000 = ins->sreg3; ins->sreg2 = D.25000; D.25001 = ins->sreg2; ins->sreg1 = D.25001; D.25002 = cfg->ip; ins->cil_code = D.25002; D.25003 = cmethod->klass; ins->klass = D.25003; D.25004 = *args; D.25005 = D.25004->dreg; ins->sreg1 = D.25005; ins->type = 7; D.25006 = alloc_ireg (cfg); D.25007 = (int) D.25006; ins->dreg = D.25007; D.25008 = cfg->cbb; D.25009 = D.25008->last_ins; if (D.25009 != 0B) goto ; else goto ; : D.25008 = cfg->cbb; D.25009 = D.25008->last_ins; D.25009->next = ins; D.25008 = cfg->cbb; D.25009 = D.25008->last_ins; ins->prev = D.25009; D.25008 = cfg->cbb; D.25008->last_ins = ins; goto ; : D.25008 = cfg->cbb; D.25008 = cfg->cbb; D.25008->last_ins = ins; D.25009 = D.25008->last_ins; D.25008->code = D.25009; : D.25013 = ins; return D.25013; } simd_intrinsic_emit_store (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * * D.25015; struct MonoInst * D.25016; struct MonoMemPool * D.25017; int D.25018; struct MonoInst * D.25019; short unsigned int D.25020; int D.25021; int D.25022; const unsigned char * D.25023; struct MonoClass * D.25024; struct MonoInst * D.25025; int D.25026; struct MonoBasicBlock * D.25027; struct MonoInst * D.25028; struct MonoInst * D.25032; struct MonoInst * ins; int vreg; D.25015 = args + 4; D.25016 = *D.25015; vreg = get_simd_vreg (cfg, cmethod, D.25016); D.25017 = cfg->mempool; ins = mono_mempool_alloc (D.25017, 48); ins->data.op[1].const_val = 0; D.25018 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25018; ins->prev = 0B; D.25019 = ins->prev; ins->next = D.25019; D.25020 = intrinsic->opcode; ins->opcode = D.25020; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25021 = ins->sreg3; ins->sreg2 = D.25021; D.25022 = ins->sreg2; ins->sreg1 = D.25022; D.25023 = cfg->ip; ins->cil_code = D.25023; D.25024 = cmethod->klass; ins->klass = D.25024; D.25025 = *args; D.25026 = D.25025->dreg; ins->dreg = D.25026; ins->sreg1 = vreg; ins->type = 7; D.25027 = cfg->cbb; D.25028 = D.25027->last_ins; if (D.25028 != 0B) goto ; else goto ; : D.25027 = cfg->cbb; D.25028 = D.25027->last_ins; D.25028->next = ins; D.25027 = cfg->cbb; D.25028 = D.25027->last_ins; ins->prev = D.25028; D.25027 = cfg->cbb; D.25027->last_ins = ins; goto ; : D.25027 = cfg->cbb; D.25027 = cfg->cbb; D.25027->last_ins = ins; D.25028 = D.25027->last_ins; D.25027->code = D.25028; : D.25032 = ins; return D.25032; } simd_intrinsic_emit_extract_mask (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.25034; struct MonoMemPool * D.25035; int D.25036; struct MonoInst * D.25037; int D.25038; int D.25039; const unsigned char * D.25040; struct MonoClass * D.25041; unsigned int D.25042; int D.25043; struct MonoBasicBlock * D.25044; struct MonoInst * D.25045; struct MonoInst * D.25049; struct MonoInst * ins; int vreg; D.25034 = *args; vreg = get_simd_vreg (cfg, cmethod, D.25034); D.25035 = cfg->mempool; ins = mono_mempool_alloc (D.25035, 48); ins->data.op[1].const_val = 0; D.25036 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25036; ins->prev = 0B; D.25037 = ins->prev; ins->next = D.25037; ins->opcode = 844; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25038 = ins->sreg3; ins->sreg2 = D.25038; D.25039 = ins->sreg2; ins->sreg1 = D.25039; D.25040 = cfg->ip; ins->cil_code = D.25040; D.25041 = cmethod->klass; ins->klass = D.25041; ins->sreg1 = vreg; ins->type = 1; D.25042 = alloc_ireg (cfg); D.25043 = (int) D.25042; ins->dreg = D.25043; D.25044 = cfg->cbb; D.25045 = D.25044->last_ins; if (D.25045 != 0B) goto ; else goto ; : D.25044 = cfg->cbb; D.25045 = D.25044->last_ins; D.25045->next = ins; D.25044 = cfg->cbb; D.25045 = D.25044->last_ins; ins->prev = D.25045; D.25044 = cfg->cbb; D.25044->last_ins = ins; goto ; : D.25044 = cfg->cbb; D.25044 = cfg->cbb; D.25044->last_ins = ins; D.25045 = D.25044->last_ins; D.25044->code = D.25045; : D.25049 = ins; return D.25049; } simd_intrinsic_emit_prefetch (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMemPool * D.25051; int D.25052; struct MonoInst * D.25053; int D.25054; int D.25055; const unsigned char * D.25056; struct MonoClass * D.25057; struct MonoInst * D.25058; int D.25059; D.25060; int D.25061; struct MonoBasicBlock * D.25062; struct MonoInst * D.25063; struct MonoInst * D.25067; struct MonoInst * ins; D.25051 = cfg->mempool; ins = mono_mempool_alloc (D.25051, 48); ins->data.op[1].const_val = 0; D.25052 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25052; ins->prev = 0B; D.25053 = ins->prev; ins->next = D.25053; ins->opcode = 953; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25054 = ins->sreg3; ins->sreg2 = D.25054; D.25055 = ins->sreg2; ins->sreg1 = D.25055; D.25056 = cfg->ip; ins->cil_code = D.25056; D.25057 = cmethod->klass; ins->klass = D.25057; D.25058 = *args; D.25059 = D.25058->dreg; ins->sreg1 = D.25059; D.25060 = intrinsic->flags; D.25061 = (int) D.25060; ins->backend.arg_info = D.25061; D.25062 = cfg->cbb; D.25063 = D.25062->last_ins; if (D.25063 != 0B) goto ; else goto ; : D.25062 = cfg->cbb; D.25063 = D.25062->last_ins; D.25063->next = ins; D.25062 = cfg->cbb; D.25063 = D.25062->last_ins; ins->prev = D.25063; D.25062 = cfg->cbb; D.25062->last_ins = ins; goto ; : D.25062 = cfg->cbb; D.25062 = cfg->cbb; D.25062->last_ins = ins; D.25063 = D.25062->last_ins; D.25062->code = D.25063; : D.25067 = ins; return D.25067; }