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.23177; long unsigned int D.23178; long unsigned int D.23179; struct MonoInst * * D.23180; struct MonoClass * D.23181; unsigned char D.23182; unsigned char D.23183; unsigned char D.23186; unsigned char D.23187; int D.23188; unsigned int i.1; unsigned int D.23190; struct MonoInst * D.23193; short unsigned int D.23196; struct MonoClass * D.23199; unsigned char D.23200; unsigned char D.23201; unsigned char D.23204; unsigned char D.23205; unsigned int D.23206; int D.23209; long unsigned int D.23210; long unsigned int D.23211; long unsigned int D.23212; struct MonoClass * D.23213; unsigned char D.23214; unsigned char D.23215; unsigned char D.23218; int D.23219; int D.23220; int D.23223; sizetype D.23224; char * D.23225; int D.23230; sizetype D.23231; char * D.23232; char D.23233; int D.23234; int D.23235; signed char D.23240; void * D.23243; int D.23244; int D.23245; int D.23248; int D.23251; int D.23252; int D.23253; int D.23254; int D.23255; signed char D.23256; int D.23257; int D.23258; struct MonoClass * D.23262; unsigned char D.23263; unsigned char D.23264; int D.23267; sizetype D.23268; char * D.23269; char D.23270; int D.23271; int D.23272; int D.23277; int D.23284; int D.23287; int D.23290; int D.23291; struct MonoClass * D.23294; unsigned char D.23295; unsigned char D.23296; int D.23299; sizetype D.23300; char * D.23301; char D.23302; int D.23303; int D.23304; int D.23309; long unsigned int D.23316; long unsigned int D.23317; struct MonoBasicBlock * * D.23318; struct MonoBasicBlock * D.23319; int D.23320; struct MonoMemPool * D.23328; long int D.23329; struct MonoInst * D.23330; int D.23331; int D.23332; const unsigned char * D.23333; int D.23336; 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.23177 = cfg->varinfo; D.23178 = (long unsigned int) i; D.23179 = D.23178 * 8; D.23180 = D.23177 + D.23179; var = *D.23180; D.23181 = var->klass; D.23182 = BIT_FIELD_REF <*D.23181, 8, 288>; D.23183 = D.23182 & 2; if (D.23183 != 0) goto ; else goto ; : D.23186 = var->flags; D.23187 = D.23186 & 239; var->flags = D.23187; D.23188 = var->dreg; max_vreg = MAX_EXPR ; : } i = i + 1; : i.1 = (unsigned int) i; D.23190 = cfg->num_varinfo; if (i.1 < D.23190) goto ; else goto ; : bb = cfg->bb_entry; goto ; : if (first_bb == 0B) goto ; else goto ; : D.23193 = bb->code; if (D.23193 != 0B) goto ; else goto ; : first_bb = bb; : : ins = bb->code; goto ; : D.23196 = ins->opcode; if (D.23196 == 314) goto ; else goto ; : { struct MonoInst * var; var = ins->data.op[0].p; D.23199 = var->klass; D.23200 = BIT_FIELD_REF <*D.23199, 8, 288>; D.23201 = D.23200 & 2; if (D.23201 != 0) goto ; else goto ; : D.23204 = var->flags; D.23205 = D.23204 | 16; var->flags = D.23205; : } : ins = ins->next; : if (ins != 0B) goto ; else goto ; : bb = bb->next_bb; : if (bb != 0B) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : printf ("[simd-simplify] max vreg is %d\n", max_vreg); : D.23209 = max_vreg + 1; D.23210 = (long unsigned int) D.23209; vreg_flags = monoeg_malloc0 (D.23210); D.23209 = max_vreg + 1; D.23211 = (long unsigned int) D.23209; D.23212 = D.23211 * 8; target_bb = monoeg_malloc0 (D.23212); i = 0; goto ; : { struct MonoInst * var; D.23177 = cfg->varinfo; D.23178 = (long unsigned int) i; D.23179 = D.23178 * 8; D.23180 = D.23177 + D.23179; var = *D.23180; D.23213 = var->klass; D.23214 = BIT_FIELD_REF <*D.23213, 8, 288>; D.23215 = D.23214 & 2; if (D.23215 != 0) goto ; else goto ; : D.23218 = var->flags; D.23219 = (int) D.23218; D.23220 = D.23219 & 20; if (D.23220 == 0) goto ; else goto ; : D.23223 = var->dreg; D.23224 = (sizetype) D.23223; D.23225 = vreg_flags + D.23224; *D.23225 = 1; D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23223 = var->dreg; printf ("[simd-simplify] processing var %d with vreg %d\n", i, D.23223); : : : } i = i + 1; : i.1 = (unsigned int) i; D.23190 = cfg->num_varinfo; if (i.1 < D.23190) goto ; else goto ; : ins = first_bb->code; goto ; : { int num_sregs; int sregs[3]; try { D.23196 = ins->opcode; if (D.23196 == 963) goto ; else goto ; : D.23230 = ins->dreg; D.23231 = (sizetype) D.23230; D.23232 = vreg_flags + D.23231; D.23233 = *D.23232; D.23234 = (int) D.23233; D.23235 = D.23234 & 4; if (D.23235 == 0) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23230 = ins->dreg; printf ("[simd-simplify] R%d has vzero: ", D.23230); mono_print_ins (ins); : D.23230 = ins->dreg; D.23231 = (sizetype) D.23230; D.23232 = vreg_flags + D.23231; D.23230 = ins->dreg; D.23231 = (sizetype) D.23230; D.23232 = vreg_flags + D.23231; D.23233 = *D.23232; D.23240 = D.23233 | 2; *D.23232 = D.23240; : // predicted unlikely by continue predictor. goto ; : D.23196 = ins->opcode; if (D.23196 == 314) goto ; else goto ; : D.23243 = ins->data.op[0].p; D.23244 = MEM[(struct MonoInst *)D.23243].dreg; D.23245 = apply_vreg_first_block_interference (cfg, ins, D.23244, max_vreg, vreg_flags); if (D.23245 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : : D.23230 = ins->dreg; D.23248 = apply_vreg_first_block_interference (cfg, ins, D.23230, max_vreg, vreg_flags); if (D.23248 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.23251 = ins->sreg1; sregs[0] = D.23251; D.23252 = ins->sreg2; sregs[1] = D.23252; D.23253 = ins->sreg3; sregs[2] = D.23253; D.23196 = ins->opcode; D.23254 = (int) D.23196; D.23255 = D.23254 + -313; D.23256 = ins_sreg_counts[D.23255]; num_sregs = (int) D.23256; i = 0; goto ; : D.23257 = sregs[i]; D.23258 = apply_vreg_first_block_interference (cfg, ins, D.23257, max_vreg, vreg_flags); if (D.23258 != 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.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : i = 0; goto ; : { struct MonoInst * var; D.23177 = cfg->varinfo; D.23178 = (long unsigned int) i; D.23179 = D.23178 * 8; D.23180 = D.23177 + D.23179; var = *D.23180; D.23262 = var->klass; D.23263 = BIT_FIELD_REF <*D.23262, 8, 288>; D.23264 = D.23263 & 2; if (D.23264 != 0) goto ; else goto ; : D.23267 = var->dreg; D.23268 = (sizetype) D.23267; D.23269 = vreg_flags + D.23268; D.23270 = *D.23269; D.23271 = (int) D.23270; D.23272 = D.23271 & 2; if (D.23272 != 0) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23267 = var->dreg; printf ("[simd-simplify] R%d has xzero only\n", D.23267); : : D.23267 = var->dreg; D.23268 = (sizetype) D.23267; D.23269 = vreg_flags + D.23268; D.23270 = *D.23269; D.23271 = (int) D.23270; D.23277 = D.23271 & 4; if (D.23277 != 0) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23267 = var->dreg; printf ("[simd-simplify] R%d has other ops on bb0\n", D.23267); : : : } i = i + 1; : i.1 = (unsigned int) i; D.23190 = cfg->num_varinfo; if (i.1 < D.23190) goto ; else goto ; : : bb = first_bb->next_bb; goto ; : ins = bb->code; goto ; : { int num_sregs; int sregs[3]; try { D.23196 = ins->opcode; if (D.23196 == 314) goto ; else goto ; : D.23243 = ins->data.op[0].p; D.23244 = MEM[(struct MonoInst *)D.23243].dreg; D.23284 = apply_vreg_following_block_interference (cfg, ins, D.23244, bb, max_vreg, vreg_flags, target_bb); if (D.23284 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : : D.23230 = ins->dreg; D.23287 = apply_vreg_following_block_interference (cfg, ins, D.23230, bb, max_vreg, vreg_flags, target_bb); if (D.23287 != 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.23251 = ins->sreg1; sregs[0] = D.23251; D.23252 = ins->sreg2; sregs[1] = D.23252; D.23253 = ins->sreg3; sregs[2] = D.23253; D.23196 = ins->opcode; D.23254 = (int) D.23196; D.23255 = D.23254 + -313; D.23256 = ins_sreg_counts[D.23255]; num_sregs = (int) D.23256; i = 0; goto ; : D.23290 = sregs[i]; D.23291 = apply_vreg_following_block_interference (cfg, ins, D.23290, bb, max_vreg, vreg_flags, target_bb); if (D.23291 != 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.23177 = cfg->varinfo; D.23178 = (long unsigned int) i; D.23179 = D.23178 * 8; D.23180 = D.23177 + D.23179; var = *D.23180; D.23294 = var->klass; D.23295 = BIT_FIELD_REF <*D.23294, 8, 288>; D.23296 = D.23295 & 2; if (D.23296 == 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.23299 = var->dreg; D.23300 = (sizetype) D.23299; D.23301 = vreg_flags + D.23300; D.23302 = *D.23301; D.23303 = (int) D.23302; D.23304 = D.23303 & 8; if (D.23304 != 0) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23299 = var->dreg; printf ("[simd-simplify] R%d has single bb use\n", D.23299); : : D.23299 = var->dreg; D.23300 = (sizetype) D.23299; D.23301 = vreg_flags + D.23300; D.23302 = *D.23301; D.23303 = (int) D.23302; D.23309 = D.23303 & 16; if (D.23309 != 0) goto ; else goto ; : D.23206 = cfg->verbose_level; if (D.23206 > 2) goto ; else goto ; : D.23299 = var->dreg; printf ("[simd-simplify] R%d has many bb in use\n", D.23299); : : D.23299 = var->dreg; D.23300 = (sizetype) D.23299; D.23301 = vreg_flags + D.23300; D.23302 = *D.23301; D.23303 = (int) D.23302; D.23304 = D.23303 & 8; if (D.23304 == 0) goto ; else goto ; : // predicted unlikely by continue predictor. goto ; : D.23299 = var->dreg; D.23316 = (long unsigned int) D.23299; D.23317 = D.23316 * 8; D.23318 = target_bb + D.23317; D.23319 = *D.23318; ins = D.23319->code; goto ; : { int num_sregs; int j; int sregs[3]; gboolean found; try { found = 0; D.23251 = ins->sreg1; sregs[0] = D.23251; D.23252 = ins->sreg2; sregs[1] = D.23252; D.23253 = ins->sreg3; sregs[2] = D.23253; D.23196 = ins->opcode; D.23254 = (int) D.23196; D.23255 = D.23254 + -313; D.23256 = ins_sreg_counts[D.23255]; num_sregs = (int) D.23256; j = 0; goto ; : D.23320 = sregs[i]; D.23299 = var->dreg; if (D.23320 == D.23299) goto ; else goto ; : found = 1; : j = j + 1; : if (j < num_sregs) goto ; else goto ; : D.23230 = ins->dreg; D.23299 = var->dreg; if (D.23230 == D.23299) goto ; else goto ; : if (found == 0) goto ; else goto ; goto ; : if (found != 0) goto ; else goto ; : { struct MonoInst * tmp; D.23328 = cfg->mempool; tmp = mono_mempool_alloc (D.23328, 80); tmp->data.op[1].const_val = 0; D.23329 = tmp->data.op[1].const_val; tmp->data.op[0].const_val = D.23329; tmp->prev = 0B; D.23330 = tmp->prev; tmp->next = D.23330; tmp->opcode = 963; tmp->flags = 0; tmp->type = 0; tmp->dreg = -1; tmp->sreg3 = -1; D.23331 = tmp->sreg3; tmp->sreg2 = D.23331; D.23332 = tmp->sreg2; tmp->sreg1 = D.23332; D.23333 = cfg->ip; tmp->cil_code = D.23333; D.23299 = var->dreg; tmp->dreg = D.23299; tmp->type = 7; D.23294 = var->klass; tmp->klass = D.23294; D.23299 = var->dreg; D.23316 = (long unsigned int) D.23299; D.23317 = D.23316 * 8; D.23318 = target_bb + D.23317; D.23319 = *D.23318; mono_bblock_insert_before_ins (D.23319, ins, tmp); goto ; } : : } finally { sregs = {CLOBBER}; } } ins = ins->next; : if (ins != 0B) goto ; else goto ; : } : i = i + 1; : i.1 = (unsigned int) i; D.23190 = cfg->num_varinfo; if (i.1 < D.23190) goto ; else goto ; : ins = first_bb->code; goto ; : D.23196 = ins->opcode; if (D.23196 == 963) goto ; else goto ; : D.23230 = ins->dreg; D.23231 = (sizetype) D.23230; D.23232 = vreg_flags + D.23231; D.23233 = *D.23232; D.23234 = (int) D.23233; D.23336 = D.23234 & 8; if (D.23336 != 0) goto ; else goto ; : ins->opcode = 316; ins->dreg = -1; ins->sreg3 = -1; D.23253 = ins->sreg3; ins->sreg2 = D.23253; D.23252 = ins->sreg2; ins->sreg1 = D.23252; : : 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.23345; _Bool D.23346; _Bool D.23347; sizetype D.23350; char * D.23351; char D.23352; char D.23355; signed char D.23356; unsigned int D.23357; gboolean D.23360; D.23345 = reg != -1; D.23346 = reg <= max_vreg; D.23347 = D.23345 & D.23346; if (D.23347 != 0) goto ; else goto ; : D.23350 = (sizetype) reg; D.23351 = vreg_flags + D.23350; D.23352 = *D.23351; if (D.23352 != 0) goto ; else goto ; : D.23350 = (sizetype) reg; D.23351 = vreg_flags + D.23350; D.23350 = (sizetype) reg; D.23351 = vreg_flags + D.23350; D.23352 = *D.23351; D.23355 = D.23352 & -3; *D.23351 = D.23355; D.23350 = (sizetype) reg; D.23351 = vreg_flags + D.23350; D.23350 = (sizetype) reg; D.23351 = vreg_flags + D.23350; D.23352 = *D.23351; D.23356 = D.23352 | 4; *D.23351 = D.23356; D.23357 = cfg->verbose_level; if (D.23357 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d used: ", reg); mono_print_ins (ins); : D.23360 = 1; return D.23360; : : D.23360 = 0; return D.23360; } 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.23364; _Bool D.23365; _Bool D.23366; sizetype D.23368; char * D.23369; char D.23370; int D.23371; int D.23372; long unsigned int D.23374; long unsigned int D.23375; struct MonoBasicBlock * * D.23376; struct MonoBasicBlock * D.23377; gboolean D.23378; int D.23379; char D.23382; signed char D.23383; unsigned int D.23384; int D.23387; signed char D.23390; D.23364 = reg == -1; D.23365 = reg > max_vreg; D.23366 = D.23364 | D.23365; if (D.23366 != 0) goto ; else goto ; : D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23371 = (int) D.23370; D.23372 = D.23371 & 2; if (D.23372 == 0) goto ; else goto ; : D.23374 = (long unsigned int) reg; D.23375 = D.23374 * 8; D.23376 = target_bb + D.23375; D.23377 = *D.23376; if (D.23377 == bb) goto ; else goto ; : D.23378 = 0; return D.23378; : D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23371 = (int) D.23370; D.23379 = D.23371 & 8; if (D.23379 != 0) goto ; else goto ; : D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23382 = D.23370 & -9; *D.23369 = D.23382; D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23383 = D.23370 | 16; *D.23369 = D.23383; D.23384 = cfg->verbose_level; if (D.23384 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d used by many bb: ", reg); mono_print_ins (ins); : D.23378 = 1; return D.23378; : D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23371 = (int) D.23370; D.23387 = D.23371 & 16; if (D.23387 == 0) goto ; else goto ; : D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23368 = (sizetype) reg; D.23369 = vreg_flags + D.23368; D.23370 = *D.23369; D.23390 = D.23370 | 8; *D.23369 = D.23390; D.23374 = (long unsigned int) reg; D.23375 = D.23374 * 8; D.23376 = target_bb + D.23375; *D.23376 = bb; D.23384 = cfg->verbose_level; if (D.23384 > 2) goto ; else goto ; : printf ("[simd-simplify] R%d first used by: ", reg); mono_print_ins (ins); : D.23378 = 1; return D.23378; : D.23378 = 0; return D.23378; } printf (const char * restrict __fmt) { int D.23394; D.23394 = __printf_chk (1, __fmt, __builtin_va_arg_pack ()); return D.23394; } mono_emit_simd_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.23057; int iftmp.2; int D.23053; struct MonoClass * D.23399; const char[10] * D.23400; unsigned char D.23401; int D.23402; unsigned char D.23403; int D.23404; _Bool D.23405; _Bool D.23406; _Bool D.23407; const unsigned char * D.23410; unsigned char D.23411; int D.23412; const unsigned char * D.23413; unsigned char D.23414; int D.23415; _Bool D.23416; _Bool D.23417; const unsigned char * D.23420; unsigned char D.23421; int D.23422; const unsigned char * D.23423; unsigned char D.23424; int D.23425; _Bool D.23426; _Bool D.23427; const unsigned char * D.23430; unsigned char D.23431; int D.23432; const unsigned char * D.23433; unsigned char D.23434; int D.23435; const char * D.23437; struct MonoInst * D.23440; int D.23066; int iftmp.3; int D.23062; const char[12] * D.23444; unsigned char D.23445; int D.23446; unsigned char D.23447; int D.23448; _Bool D.23449; _Bool D.23450; _Bool D.23451; const unsigned char * D.23454; unsigned char D.23455; int D.23456; const unsigned char * D.23457; unsigned char D.23458; int D.23459; _Bool D.23460; _Bool D.23461; const unsigned char * D.23464; unsigned char D.23465; int D.23466; const unsigned char * D.23467; unsigned char D.23468; int D.23469; _Bool D.23470; _Bool D.23471; const unsigned char * D.23474; unsigned char D.23475; int D.23476; const unsigned char * D.23477; unsigned char D.23478; int D.23479; int D.23075; int iftmp.4; int D.23071; const char[16] * D.23486; unsigned char D.23487; int D.23488; unsigned char D.23489; int D.23490; _Bool D.23491; _Bool D.23492; _Bool D.23493; const unsigned char * D.23496; unsigned char D.23497; int D.23498; const unsigned char * D.23499; unsigned char D.23500; int D.23501; _Bool D.23502; _Bool D.23503; const unsigned char * D.23506; unsigned char D.23507; int D.23508; const unsigned char * D.23509; unsigned char D.23510; int D.23511; _Bool D.23512; _Bool D.23513; const unsigned char * D.23516; unsigned char D.23517; int D.23518; const unsigned char * D.23519; unsigned char D.23520; int D.23521; int D.23084; int iftmp.5; int D.23080; const char[17] * D.23528; unsigned char D.23529; int D.23530; unsigned char D.23531; int D.23532; _Bool D.23533; _Bool D.23534; _Bool D.23535; const unsigned char * D.23538; unsigned char D.23539; int D.23540; const unsigned char * D.23541; unsigned char D.23542; int D.23543; _Bool D.23544; _Bool D.23545; const unsigned char * D.23548; unsigned char D.23549; int D.23550; const unsigned char * D.23551; unsigned char D.23552; int D.23553; _Bool D.23554; _Bool D.23555; const unsigned char * D.23558; unsigned char D.23559; int D.23560; const unsigned char * D.23561; unsigned char D.23562; int D.23563; short unsigned int D.23567; int D.23568; int D.23569; struct MonoMethodSignature * D.23572; struct MonoType * D.23573; struct MonoClass * D.23574; unsigned char D.23576; unsigned char D.23577; int D.23093; int iftmp.6; int D.23089; const char[9] * D.23583; unsigned char D.23584; int D.23585; unsigned char D.23586; int D.23587; _Bool D.23588; _Bool D.23589; _Bool D.23590; const unsigned char * D.23593; unsigned char D.23594; int D.23595; const unsigned char * D.23596; unsigned char D.23597; int D.23598; _Bool D.23599; _Bool D.23600; const unsigned char * D.23603; unsigned char D.23604; int D.23605; const unsigned char * D.23606; unsigned char D.23607; int D.23608; _Bool D.23609; _Bool D.23610; const unsigned char * D.23613; unsigned char D.23614; int D.23615; const unsigned char * D.23616; unsigned char D.23617; int D.23618; int D.23102; int iftmp.7; int D.23098; const char[9] * D.23625; unsigned char D.23626; int D.23627; unsigned char D.23628; int D.23629; _Bool D.23630; _Bool D.23631; _Bool D.23632; const unsigned char * D.23635; unsigned char D.23636; int D.23637; const unsigned char * D.23638; unsigned char D.23639; int D.23640; _Bool D.23641; _Bool D.23642; const unsigned char * D.23645; unsigned char D.23646; int D.23647; const unsigned char * D.23648; unsigned char D.23649; int D.23650; _Bool D.23651; _Bool D.23652; const unsigned char * D.23655; unsigned char D.23656; int D.23657; const unsigned char * D.23658; unsigned char D.23659; int D.23660; int D.23111; int iftmp.8; int D.23107; const char[10] * D.23667; unsigned char D.23668; int D.23669; unsigned char D.23670; int D.23671; _Bool D.23672; _Bool D.23673; _Bool D.23674; const unsigned char * D.23677; unsigned char D.23678; int D.23679; const unsigned char * D.23680; unsigned char D.23681; int D.23682; _Bool D.23683; _Bool D.23684; const unsigned char * D.23687; unsigned char D.23688; int D.23689; const unsigned char * D.23690; unsigned char D.23691; int D.23692; _Bool D.23693; _Bool D.23694; const unsigned char * D.23697; unsigned char D.23698; int D.23699; const unsigned char * D.23700; unsigned char D.23701; int D.23702; int D.23120; int iftmp.9; int D.23116; const char[9] * D.23709; unsigned char D.23710; int D.23711; unsigned char D.23712; int D.23713; _Bool D.23714; _Bool D.23715; _Bool D.23716; const unsigned char * D.23719; unsigned char D.23720; int D.23721; const unsigned char * D.23722; unsigned char D.23723; int D.23724; _Bool D.23725; _Bool D.23726; const unsigned char * D.23729; unsigned char D.23730; int D.23731; const unsigned char * D.23732; unsigned char D.23733; int D.23734; _Bool D.23735; _Bool D.23736; const unsigned char * D.23739; unsigned char D.23740; int D.23741; const unsigned char * D.23742; unsigned char D.23743; int D.23744; int D.23129; int iftmp.10; int D.23125; const char[10] * D.23751; unsigned char D.23752; int D.23753; unsigned char D.23754; int D.23755; _Bool D.23756; _Bool D.23757; _Bool D.23758; const unsigned char * D.23761; unsigned char D.23762; int D.23763; const unsigned char * D.23764; unsigned char D.23765; int D.23766; _Bool D.23767; _Bool D.23768; const unsigned char * D.23771; unsigned char D.23772; int D.23773; const unsigned char * D.23774; unsigned char D.23775; int D.23776; _Bool D.23777; _Bool D.23778; const unsigned char * D.23781; unsigned char D.23782; int D.23783; const unsigned char * D.23784; unsigned char D.23785; int D.23786; int D.23138; int iftmp.11; int D.23134; const char[9] * D.23793; unsigned char D.23794; int D.23795; unsigned char D.23796; int D.23797; _Bool D.23798; _Bool D.23799; _Bool D.23800; const unsigned char * D.23803; unsigned char D.23804; int D.23805; const unsigned char * D.23806; unsigned char D.23807; int D.23808; _Bool D.23809; _Bool D.23810; const unsigned char * D.23813; unsigned char D.23814; int D.23815; const unsigned char * D.23816; unsigned char D.23817; int D.23818; _Bool D.23819; _Bool D.23820; const unsigned char * D.23823; unsigned char D.23824; int D.23825; const unsigned char * D.23826; unsigned char D.23827; int D.23828; int D.23147; int iftmp.12; int D.23143; const char[10] * D.23835; unsigned char D.23836; int D.23837; unsigned char D.23838; int D.23839; _Bool D.23840; _Bool D.23841; _Bool D.23842; const unsigned char * D.23845; unsigned char D.23846; int D.23847; const unsigned char * D.23848; unsigned char D.23849; int D.23850; _Bool D.23851; _Bool D.23852; const unsigned char * D.23855; unsigned char D.23856; int D.23857; const unsigned char * D.23858; unsigned char D.23859; int D.23860; _Bool D.23861; _Bool D.23862; const unsigned char * D.23865; unsigned char D.23866; int D.23867; const unsigned char * D.23868; unsigned char D.23869; int D.23870; int D.23156; int iftmp.13; int D.23152; const char[9] * D.23877; unsigned char D.23878; int D.23879; unsigned char D.23880; int D.23881; _Bool D.23882; _Bool D.23883; _Bool D.23884; const unsigned char * D.23887; unsigned char D.23888; int D.23889; const unsigned char * D.23890; unsigned char D.23891; int D.23892; _Bool D.23893; _Bool D.23894; const unsigned char * D.23897; unsigned char D.23898; int D.23899; const unsigned char * D.23900; unsigned char D.23901; int D.23902; _Bool D.23903; _Bool D.23904; const unsigned char * D.23907; unsigned char D.23908; int D.23909; const unsigned char * D.23910; unsigned char D.23911; int D.23912; int D.23165; int iftmp.14; int D.23161; const char[10] * D.23919; unsigned char D.23920; int D.23921; unsigned char D.23922; int D.23923; _Bool D.23924; _Bool D.23925; _Bool D.23926; const unsigned char * D.23929; unsigned char D.23930; int D.23931; const unsigned char * D.23932; unsigned char D.23933; int D.23934; _Bool D.23935; _Bool D.23936; const unsigned char * D.23939; unsigned char D.23940; int D.23941; const unsigned char * D.23942; unsigned char D.23943; int D.23944; _Bool D.23945; _Bool D.23946; const unsigned char * D.23949; unsigned char D.23950; int D.23951; const unsigned char * D.23952; unsigned char D.23953; int D.23954; int D.23174; int iftmp.15; int D.23170; const char[11] * D.23961; unsigned char D.23962; int D.23963; unsigned char D.23964; int D.23965; _Bool D.23966; _Bool D.23967; _Bool D.23968; const unsigned char * D.23971; unsigned char D.23972; int D.23973; const unsigned char * D.23974; unsigned char D.23975; int D.23976; _Bool D.23977; _Bool D.23978; const unsigned char * D.23981; unsigned char D.23982; int D.23983; const unsigned char * D.23984; unsigned char D.23985; int D.23986; _Bool D.23987; _Bool D.23988; const unsigned char * D.23991; unsigned char D.23992; int D.23993; const unsigned char * D.23994; unsigned char D.23995; int D.23996; 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.23399 = cmethod->klass; __s2 = D.23399->name_space; D.23400 = "Mono.Simd"; D.23401 = MEM[(const unsigned char *)D.23400]; D.23402 = (int) D.23401; D.23403 = *__s2; D.23404 = (int) D.23403; __result = D.23402 - D.23404; { D.23405 = __s1_len != 0; D.23406 = __result == 0; D.23407 = D.23405 & D.23406; if (D.23407 != 0) goto ; else goto ; : D.23410 = &MEM[(void *)"Mono.Simd" + 1B]; D.23411 = *D.23410; D.23412 = (int) D.23411; D.23413 = __s2 + 1; D.23414 = *D.23413; D.23415 = (int) D.23414; __result = D.23412 - D.23415; D.23416 = __s1_len > 1; D.23406 = __result == 0; D.23417 = D.23416 & D.23406; if (D.23417 != 0) goto ; else goto ; : D.23420 = &MEM[(void *)"Mono.Simd" + 2B]; D.23421 = *D.23420; D.23422 = (int) D.23421; D.23423 = __s2 + 2; D.23424 = *D.23423; D.23425 = (int) D.23424; __result = D.23422 - D.23425; D.23426 = __s1_len > 2; D.23406 = __result == 0; D.23427 = D.23426 & D.23406; if (D.23427 != 0) goto ; else goto ; : D.23430 = &MEM[(void *)"Mono.Simd" + 3B]; D.23431 = *D.23430; D.23432 = (int) D.23431; D.23433 = __s2 + 3; D.23434 = *D.23433; D.23435 = (int) D.23434; __result = D.23432 - D.23435; : : : } D.23053 = __result; } iftmp.2 = D.23053; goto ; : D.23399 = cmethod->klass; D.23437 = D.23399->name_space; iftmp.2 = __builtin_strcmp ("Mono.Simd", D.23437); : D.23057 = iftmp.2; } if (D.23057 != 0) goto ; else goto ; : D.23440 = 0B; return D.23440; : D.23399 = cmethod->klass; class_name = D.23399->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.23444 = "SimdRuntime"; D.23445 = MEM[(const unsigned char *)D.23444]; D.23446 = (int) D.23445; D.23447 = *__s2; D.23448 = (int) D.23447; __result = D.23446 - D.23448; { D.23449 = __s1_len != 0; D.23450 = __result == 0; D.23451 = D.23449 & D.23450; if (D.23451 != 0) goto ; else goto ; : D.23454 = &MEM[(void *)"SimdRuntime" + 1B]; D.23455 = *D.23454; D.23456 = (int) D.23455; D.23457 = __s2 + 1; D.23458 = *D.23457; D.23459 = (int) D.23458; __result = D.23456 - D.23459; D.23460 = __s1_len > 1; D.23450 = __result == 0; D.23461 = D.23460 & D.23450; if (D.23461 != 0) goto ; else goto ; : D.23464 = &MEM[(void *)"SimdRuntime" + 2B]; D.23465 = *D.23464; D.23466 = (int) D.23465; D.23467 = __s2 + 2; D.23468 = *D.23467; D.23469 = (int) D.23468; __result = D.23466 - D.23469; D.23470 = __s1_len > 2; D.23450 = __result == 0; D.23471 = D.23470 & D.23450; if (D.23471 != 0) goto ; else goto ; : D.23474 = &MEM[(void *)"SimdRuntime" + 3B]; D.23475 = *D.23474; D.23476 = (int) D.23475; D.23477 = __s2 + 3; D.23478 = *D.23477; D.23479 = (int) D.23478; __result = D.23476 - D.23479; : : : } D.23062 = __result; } iftmp.3 = D.23062; goto ; : iftmp.3 = __builtin_strcmp ("SimdRuntime", class_name); : D.23066 = iftmp.3; } if (D.23066 == 0) goto ; else goto ; : D.23440 = emit_simd_runtime_intrinsics (cfg, cmethod, fsig, args); return D.23440; : { 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.23486 = "ArrayExtensions"; D.23487 = MEM[(const unsigned char *)D.23486]; D.23488 = (int) D.23487; D.23489 = *__s2; D.23490 = (int) D.23489; __result = D.23488 - D.23490; { D.23491 = __s1_len != 0; D.23492 = __result == 0; D.23493 = D.23491 & D.23492; if (D.23493 != 0) goto ; else goto ; : D.23496 = &MEM[(void *)"ArrayExtensions" + 1B]; D.23497 = *D.23496; D.23498 = (int) D.23497; D.23499 = __s2 + 1; D.23500 = *D.23499; D.23501 = (int) D.23500; __result = D.23498 - D.23501; D.23502 = __s1_len > 1; D.23492 = __result == 0; D.23503 = D.23502 & D.23492; if (D.23503 != 0) goto ; else goto ; : D.23506 = &MEM[(void *)"ArrayExtensions" + 2B]; D.23507 = *D.23506; D.23508 = (int) D.23507; D.23509 = __s2 + 2; D.23510 = *D.23509; D.23511 = (int) D.23510; __result = D.23508 - D.23511; D.23512 = __s1_len > 2; D.23492 = __result == 0; D.23513 = D.23512 & D.23492; if (D.23513 != 0) goto ; else goto ; : D.23516 = &MEM[(void *)"ArrayExtensions" + 3B]; D.23517 = *D.23516; D.23518 = (int) D.23517; D.23519 = __s2 + 3; D.23520 = *D.23519; D.23521 = (int) D.23520; __result = D.23518 - D.23521; : : : } D.23071 = __result; } iftmp.4 = D.23071; goto ; : iftmp.4 = __builtin_strcmp ("ArrayExtensions", class_name); : D.23075 = iftmp.4; } if (D.23075 == 0) goto ; else goto ; : D.23440 = emit_array_extension_intrinsics (cfg, cmethod, fsig, args); return D.23440; : { 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.23528 = "VectorOperations"; D.23529 = MEM[(const unsigned char *)D.23528]; D.23530 = (int) D.23529; D.23531 = *__s2; D.23532 = (int) D.23531; __result = D.23530 - D.23532; { D.23533 = __s1_len != 0; D.23534 = __result == 0; D.23535 = D.23533 & D.23534; if (D.23535 != 0) goto ; else goto ; : D.23538 = &MEM[(void *)"VectorOperations" + 1B]; D.23539 = *D.23538; D.23540 = (int) D.23539; D.23541 = __s2 + 1; D.23542 = *D.23541; D.23543 = (int) D.23542; __result = D.23540 - D.23543; D.23544 = __s1_len > 1; D.23534 = __result == 0; D.23545 = D.23544 & D.23534; if (D.23545 != 0) goto ; else goto ; : D.23548 = &MEM[(void *)"VectorOperations" + 2B]; D.23549 = *D.23548; D.23550 = (int) D.23549; D.23551 = __s2 + 2; D.23552 = *D.23551; D.23553 = (int) D.23552; __result = D.23550 - D.23553; D.23554 = __s1_len > 2; D.23534 = __result == 0; D.23555 = D.23554 & D.23534; if (D.23555 != 0) goto ; else goto ; : D.23558 = &MEM[(void *)"VectorOperations" + 3B]; D.23559 = *D.23558; D.23560 = (int) D.23559; D.23561 = __s2 + 3; D.23562 = *D.23561; D.23563 = (int) D.23562; __result = D.23560 - D.23563; : : : } D.23080 = __result; } iftmp.5 = D.23080; goto ; : iftmp.5 = __builtin_strcmp ("VectorOperations", class_name); : D.23084 = iftmp.5; } if (D.23084 == 0) goto ; else goto ; : D.23567 = cmethod->flags; D.23568 = (int) D.23567; D.23569 = D.23568 & 16; if (D.23569 == 0) goto ; else goto ; : D.23440 = 0B; return D.23440; : D.23572 = mono_method_signature (cmethod); D.23573 = D.23572->params[0]; D.23574 = mono_class_from_mono_type (D.23573); class_name = D.23574->name; goto ; : D.23399 = cmethod->klass; D.23576 = BIT_FIELD_REF <*D.23399, 8, 288>; D.23577 = D.23576 & 2; if (D.23577 == 0) goto ; else goto ; : D.23440 = 0B; return D.23440; : : 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.23583 = "Vector2d"; D.23584 = MEM[(const unsigned char *)D.23583]; D.23585 = (int) D.23584; D.23586 = *__s2; D.23587 = (int) D.23586; __result = D.23585 - D.23587; { D.23588 = __s1_len != 0; D.23589 = __result == 0; D.23590 = D.23588 & D.23589; if (D.23590 != 0) goto ; else goto ; : D.23593 = &MEM[(void *)"Vector2d" + 1B]; D.23594 = *D.23593; D.23595 = (int) D.23594; D.23596 = __s2 + 1; D.23597 = *D.23596; D.23598 = (int) D.23597; __result = D.23595 - D.23598; D.23599 = __s1_len > 1; D.23589 = __result == 0; D.23600 = D.23599 & D.23589; if (D.23600 != 0) goto ; else goto ; : D.23603 = &MEM[(void *)"Vector2d" + 2B]; D.23604 = *D.23603; D.23605 = (int) D.23604; D.23606 = __s2 + 2; D.23607 = *D.23606; D.23608 = (int) D.23607; __result = D.23605 - D.23608; D.23609 = __s1_len > 2; D.23589 = __result == 0; D.23610 = D.23609 & D.23589; if (D.23610 != 0) goto ; else goto ; : D.23613 = &MEM[(void *)"Vector2d" + 3B]; D.23614 = *D.23613; D.23615 = (int) D.23614; D.23616 = __s2 + 3; D.23617 = *D.23616; D.23618 = (int) D.23617; __result = D.23615 - D.23618; : : : } D.23089 = __result; } iftmp.6 = D.23089; goto ; : iftmp.6 = __builtin_strcmp ("Vector2d", class_name); : D.23093 = iftmp.6; } if (D.23093 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2d_intrinsics, 41); return D.23440; : { 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.23625 = "Vector4f"; D.23626 = MEM[(const unsigned char *)D.23625]; D.23627 = (int) D.23626; D.23628 = *__s2; D.23629 = (int) D.23628; __result = D.23627 - D.23629; { D.23630 = __s1_len != 0; D.23631 = __result == 0; D.23632 = D.23630 & D.23631; if (D.23632 != 0) goto ; else goto ; : D.23635 = &MEM[(void *)"Vector4f" + 1B]; D.23636 = *D.23635; D.23637 = (int) D.23636; D.23638 = __s2 + 1; D.23639 = *D.23638; D.23640 = (int) D.23639; __result = D.23637 - D.23640; D.23641 = __s1_len > 1; D.23631 = __result == 0; D.23642 = D.23641 & D.23631; if (D.23642 != 0) goto ; else goto ; : D.23645 = &MEM[(void *)"Vector4f" + 2B]; D.23646 = *D.23645; D.23647 = (int) D.23646; D.23648 = __s2 + 2; D.23649 = *D.23648; D.23650 = (int) D.23649; __result = D.23647 - D.23650; D.23651 = __s1_len > 2; D.23631 = __result == 0; D.23652 = D.23651 & D.23631; if (D.23652 != 0) goto ; else goto ; : D.23655 = &MEM[(void *)"Vector4f" + 3B]; D.23656 = *D.23655; D.23657 = (int) D.23656; D.23658 = __s2 + 3; D.23659 = *D.23658; D.23660 = (int) D.23659; __result = D.23657 - D.23660; : : : } D.23098 = __result; } iftmp.7 = D.23098; goto ; : iftmp.7 = __builtin_strcmp ("Vector4f", class_name); : D.23102 = iftmp.7; } if (D.23102 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4f_intrinsics, 51); return D.23440; : { 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.23667 = "Vector2ul"; D.23668 = MEM[(const unsigned char *)D.23667]; D.23669 = (int) D.23668; D.23670 = *__s2; D.23671 = (int) D.23670; __result = D.23669 - D.23671; { D.23672 = __s1_len != 0; D.23673 = __result == 0; D.23674 = D.23672 & D.23673; if (D.23674 != 0) goto ; else goto ; : D.23677 = &MEM[(void *)"Vector2ul" + 1B]; D.23678 = *D.23677; D.23679 = (int) D.23678; D.23680 = __s2 + 1; D.23681 = *D.23680; D.23682 = (int) D.23681; __result = D.23679 - D.23682; D.23683 = __s1_len > 1; D.23673 = __result == 0; D.23684 = D.23683 & D.23673; if (D.23684 != 0) goto ; else goto ; : D.23687 = &MEM[(void *)"Vector2ul" + 2B]; D.23688 = *D.23687; D.23689 = (int) D.23688; D.23690 = __s2 + 2; D.23691 = *D.23690; D.23692 = (int) D.23691; __result = D.23689 - D.23692; D.23693 = __s1_len > 2; D.23673 = __result == 0; D.23694 = D.23693 & D.23673; if (D.23694 != 0) goto ; else goto ; : D.23697 = &MEM[(void *)"Vector2ul" + 3B]; D.23698 = *D.23697; D.23699 = (int) D.23698; D.23700 = __s2 + 3; D.23701 = *D.23700; D.23702 = (int) D.23701; __result = D.23699 - D.23702; : : : } D.23107 = __result; } iftmp.8 = D.23107; goto ; : iftmp.8 = __builtin_strcmp ("Vector2ul", class_name); : D.23111 = iftmp.8; } if (D.23111 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2ul_intrinsics, 24); return D.23440; : { 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.23709 = "Vector2l"; D.23710 = MEM[(const unsigned char *)D.23709]; D.23711 = (int) D.23710; D.23712 = *__s2; D.23713 = (int) D.23712; __result = D.23711 - D.23713; { D.23714 = __s1_len != 0; D.23715 = __result == 0; D.23716 = D.23714 & D.23715; if (D.23716 != 0) goto ; else goto ; : D.23719 = &MEM[(void *)"Vector2l" + 1B]; D.23720 = *D.23719; D.23721 = (int) D.23720; D.23722 = __s2 + 1; D.23723 = *D.23722; D.23724 = (int) D.23723; __result = D.23721 - D.23724; D.23725 = __s1_len > 1; D.23715 = __result == 0; D.23726 = D.23725 & D.23715; if (D.23726 != 0) goto ; else goto ; : D.23729 = &MEM[(void *)"Vector2l" + 2B]; D.23730 = *D.23729; D.23731 = (int) D.23730; D.23732 = __s2 + 2; D.23733 = *D.23732; D.23734 = (int) D.23733; __result = D.23731 - D.23734; D.23735 = __s1_len > 2; D.23715 = __result == 0; D.23736 = D.23735 & D.23715; if (D.23736 != 0) goto ; else goto ; : D.23739 = &MEM[(void *)"Vector2l" + 3B]; D.23740 = *D.23739; D.23741 = (int) D.23740; D.23742 = __s2 + 3; D.23743 = *D.23742; D.23744 = (int) D.23743; __result = D.23741 - D.23744; : : : } D.23116 = __result; } iftmp.9 = D.23116; goto ; : iftmp.9 = __builtin_strcmp ("Vector2l", class_name); : D.23120 = iftmp.9; } if (D.23120 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector2l_intrinsics, 25); return D.23440; : { 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.23751 = "Vector4ui"; D.23752 = MEM[(const unsigned char *)D.23751]; D.23753 = (int) D.23752; D.23754 = *__s2; D.23755 = (int) D.23754; __result = D.23753 - D.23755; { D.23756 = __s1_len != 0; D.23757 = __result == 0; D.23758 = D.23756 & D.23757; if (D.23758 != 0) goto ; else goto ; : D.23761 = &MEM[(void *)"Vector4ui" + 1B]; D.23762 = *D.23761; D.23763 = (int) D.23762; D.23764 = __s2 + 1; D.23765 = *D.23764; D.23766 = (int) D.23765; __result = D.23763 - D.23766; D.23767 = __s1_len > 1; D.23757 = __result == 0; D.23768 = D.23767 & D.23757; if (D.23768 != 0) goto ; else goto ; : D.23771 = &MEM[(void *)"Vector4ui" + 2B]; D.23772 = *D.23771; D.23773 = (int) D.23772; D.23774 = __s2 + 2; D.23775 = *D.23774; D.23776 = (int) D.23775; __result = D.23773 - D.23776; D.23777 = __s1_len > 2; D.23757 = __result == 0; D.23778 = D.23777 & D.23757; if (D.23778 != 0) goto ; else goto ; : D.23781 = &MEM[(void *)"Vector4ui" + 3B]; D.23782 = *D.23781; D.23783 = (int) D.23782; D.23784 = __s2 + 3; D.23785 = *D.23784; D.23786 = (int) D.23785; __result = D.23783 - D.23786; : : : } D.23125 = __result; } iftmp.10 = D.23125; goto ; : iftmp.10 = __builtin_strcmp ("Vector4ui", class_name); : D.23129 = iftmp.10; } if (D.23129 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4ui_intrinsics, 35); return D.23440; : { 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.23793 = "Vector4i"; D.23794 = MEM[(const unsigned char *)D.23793]; D.23795 = (int) D.23794; D.23796 = *__s2; D.23797 = (int) D.23796; __result = D.23795 - D.23797; { D.23798 = __s1_len != 0; D.23799 = __result == 0; D.23800 = D.23798 & D.23799; if (D.23800 != 0) goto ; else goto ; : D.23803 = &MEM[(void *)"Vector4i" + 1B]; D.23804 = *D.23803; D.23805 = (int) D.23804; D.23806 = __s2 + 1; D.23807 = *D.23806; D.23808 = (int) D.23807; __result = D.23805 - D.23808; D.23809 = __s1_len > 1; D.23799 = __result == 0; D.23810 = D.23809 & D.23799; if (D.23810 != 0) goto ; else goto ; : D.23813 = &MEM[(void *)"Vector4i" + 2B]; D.23814 = *D.23813; D.23815 = (int) D.23814; D.23816 = __s2 + 2; D.23817 = *D.23816; D.23818 = (int) D.23817; __result = D.23815 - D.23818; D.23819 = __s1_len > 2; D.23799 = __result == 0; D.23820 = D.23819 & D.23799; if (D.23820 != 0) goto ; else goto ; : D.23823 = &MEM[(void *)"Vector4i" + 3B]; D.23824 = *D.23823; D.23825 = (int) D.23824; D.23826 = __s2 + 3; D.23827 = *D.23826; D.23828 = (int) D.23827; __result = D.23825 - D.23828; : : : } D.23134 = __result; } iftmp.11 = D.23134; goto ; : iftmp.11 = __builtin_strcmp ("Vector4i", class_name); : D.23138 = iftmp.11; } if (D.23138 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector4i_intrinsics, 38); return D.23440; : { 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.23835 = "Vector8us"; D.23836 = MEM[(const unsigned char *)D.23835]; D.23837 = (int) D.23836; D.23838 = *__s2; D.23839 = (int) D.23838; __result = D.23837 - D.23839; { D.23840 = __s1_len != 0; D.23841 = __result == 0; D.23842 = D.23840 & D.23841; if (D.23842 != 0) goto ; else goto ; : D.23845 = &MEM[(void *)"Vector8us" + 1B]; D.23846 = *D.23845; D.23847 = (int) D.23846; D.23848 = __s2 + 1; D.23849 = *D.23848; D.23850 = (int) D.23849; __result = D.23847 - D.23850; D.23851 = __s1_len > 1; D.23841 = __result == 0; D.23852 = D.23851 & D.23841; if (D.23852 != 0) goto ; else goto ; : D.23855 = &MEM[(void *)"Vector8us" + 2B]; D.23856 = *D.23855; D.23857 = (int) D.23856; D.23858 = __s2 + 2; D.23859 = *D.23858; D.23860 = (int) D.23859; __result = D.23857 - D.23860; D.23861 = __s1_len > 2; D.23841 = __result == 0; D.23862 = D.23861 & D.23841; if (D.23862 != 0) goto ; else goto ; : D.23865 = &MEM[(void *)"Vector8us" + 3B]; D.23866 = *D.23865; D.23867 = (int) D.23866; D.23868 = __s2 + 3; D.23869 = *D.23868; D.23870 = (int) D.23869; __result = D.23867 - D.23870; : : : } D.23143 = __result; } iftmp.12 = D.23143; goto ; : iftmp.12 = __builtin_strcmp ("Vector8us", class_name); : D.23147 = iftmp.12; } if (D.23147 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector8us_intrinsics, 48); return D.23440; : { 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.23877 = "Vector8s"; D.23878 = MEM[(const unsigned char *)D.23877]; D.23879 = (int) D.23878; D.23880 = *__s2; D.23881 = (int) D.23880; __result = D.23879 - D.23881; { D.23882 = __s1_len != 0; D.23883 = __result == 0; D.23884 = D.23882 & D.23883; if (D.23884 != 0) goto ; else goto ; : D.23887 = &MEM[(void *)"Vector8s" + 1B]; D.23888 = *D.23887; D.23889 = (int) D.23888; D.23890 = __s2 + 1; D.23891 = *D.23890; D.23892 = (int) D.23891; __result = D.23889 - D.23892; D.23893 = __s1_len > 1; D.23883 = __result == 0; D.23894 = D.23893 & D.23883; if (D.23894 != 0) goto ; else goto ; : D.23897 = &MEM[(void *)"Vector8s" + 2B]; D.23898 = *D.23897; D.23899 = (int) D.23898; D.23900 = __s2 + 2; D.23901 = *D.23900; D.23902 = (int) D.23901; __result = D.23899 - D.23902; D.23903 = __s1_len > 2; D.23883 = __result == 0; D.23904 = D.23903 & D.23883; if (D.23904 != 0) goto ; else goto ; : D.23907 = &MEM[(void *)"Vector8s" + 3B]; D.23908 = *D.23907; D.23909 = (int) D.23908; D.23910 = __s2 + 3; D.23911 = *D.23910; D.23912 = (int) D.23911; __result = D.23909 - D.23912; : : : } D.23152 = __result; } iftmp.13 = D.23152; goto ; : iftmp.13 = __builtin_strcmp ("Vector8s", class_name); : D.23156 = iftmp.13; } if (D.23156 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector8s_intrinsics, 48); return D.23440; : { 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.23919 = "Vector16b"; D.23920 = MEM[(const unsigned char *)D.23919]; D.23921 = (int) D.23920; D.23922 = *__s2; D.23923 = (int) D.23922; __result = D.23921 - D.23923; { D.23924 = __s1_len != 0; D.23925 = __result == 0; D.23926 = D.23924 & D.23925; if (D.23926 != 0) goto ; else goto ; : D.23929 = &MEM[(void *)"Vector16b" + 1B]; D.23930 = *D.23929; D.23931 = (int) D.23930; D.23932 = __s2 + 1; D.23933 = *D.23932; D.23934 = (int) D.23933; __result = D.23931 - D.23934; D.23935 = __s1_len > 1; D.23925 = __result == 0; D.23936 = D.23935 & D.23925; if (D.23936 != 0) goto ; else goto ; : D.23939 = &MEM[(void *)"Vector16b" + 2B]; D.23940 = *D.23939; D.23941 = (int) D.23940; D.23942 = __s2 + 2; D.23943 = *D.23942; D.23944 = (int) D.23943; __result = D.23941 - D.23944; D.23945 = __s1_len > 2; D.23925 = __result == 0; D.23946 = D.23945 & D.23925; if (D.23946 != 0) goto ; else goto ; : D.23949 = &MEM[(void *)"Vector16b" + 3B]; D.23950 = *D.23949; D.23951 = (int) D.23950; D.23952 = __s2 + 3; D.23953 = *D.23952; D.23954 = (int) D.23953; __result = D.23951 - D.23954; : : : } D.23161 = __result; } iftmp.14 = D.23161; goto ; : iftmp.14 = __builtin_strcmp ("Vector16b", class_name); : D.23165 = iftmp.14; } if (D.23165 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector16b_intrinsics, 57); return D.23440; : { 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.23961 = "Vector16sb"; D.23962 = MEM[(const unsigned char *)D.23961]; D.23963 = (int) D.23962; D.23964 = *__s2; D.23965 = (int) D.23964; __result = D.23963 - D.23965; { D.23966 = __s1_len != 0; D.23967 = __result == 0; D.23968 = D.23966 & D.23967; if (D.23968 != 0) goto ; else goto ; : D.23971 = &MEM[(void *)"Vector16sb" + 1B]; D.23972 = *D.23971; D.23973 = (int) D.23972; D.23974 = __s2 + 1; D.23975 = *D.23974; D.23976 = (int) D.23975; __result = D.23973 - D.23976; D.23977 = __s1_len > 1; D.23967 = __result == 0; D.23978 = D.23977 & D.23967; if (D.23978 != 0) goto ; else goto ; : D.23981 = &MEM[(void *)"Vector16sb" + 2B]; D.23982 = *D.23981; D.23983 = (int) D.23982; D.23984 = __s2 + 2; D.23985 = *D.23984; D.23986 = (int) D.23985; __result = D.23983 - D.23986; D.23987 = __s1_len > 2; D.23967 = __result == 0; D.23988 = D.23987 & D.23967; if (D.23988 != 0) goto ; else goto ; : D.23991 = &MEM[(void *)"Vector16sb" + 3B]; D.23992 = *D.23991; D.23993 = (int) D.23992; D.23994 = __s2 + 3; D.23995 = *D.23994; D.23996 = (int) D.23995; __result = D.23993 - D.23996; : : : } D.23170 = __result; } iftmp.15 = D.23170; goto ; : iftmp.15 = __builtin_strcmp ("Vector16sb", class_name); : D.23174 = iftmp.15; } if (D.23174 == 0) goto ; else goto ; : D.23440 = emit_intrinsics (cfg, cmethod, fsig, args, &vector16sb_intrinsics, 56); return D.23440; : D.23440 = 0B; return D.23440; } emit_simd_runtime_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.23040; int iftmp.16; int D.23036; const char[14] * D.24004; unsigned char D.24005; int D.24006; unsigned char D.24007; int D.24008; _Bool D.24009; _Bool D.24010; _Bool D.24011; const unsigned char * D.24014; unsigned char D.24015; int D.24016; const unsigned char * D.24017; unsigned char D.24018; int D.24019; _Bool D.24020; _Bool D.24021; const unsigned char * D.24024; unsigned char D.24025; int D.24026; const unsigned char * D.24027; unsigned char D.24028; int D.24029; _Bool D.24030; _Bool D.24031; const unsigned char * D.24034; unsigned char D.24035; int D.24036; const unsigned char * D.24037; unsigned char D.24038; int D.24039; const char * D.24041; struct MonoMemPool * D.24044; long int D.24045; struct MonoInst * D.24046; int D.24047; int D.24048; const unsigned char * D.24049; unsigned int simd_supported_versions.17; long int D.24051; unsigned int D.24052; int D.24053; struct MonoBasicBlock * D.24054; struct MonoInst * D.24055; struct MonoInst * D.24059; { 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.24004 = "get_AccelMode"; D.24005 = MEM[(const unsigned char *)D.24004]; D.24006 = (int) D.24005; D.24007 = *__s2; D.24008 = (int) D.24007; __result = D.24006 - D.24008; { D.24009 = __s1_len != 0; D.24010 = __result == 0; D.24011 = D.24009 & D.24010; if (D.24011 != 0) goto ; else goto ; : D.24014 = &MEM[(void *)"get_AccelMode" + 1B]; D.24015 = *D.24014; D.24016 = (int) D.24015; D.24017 = __s2 + 1; D.24018 = *D.24017; D.24019 = (int) D.24018; __result = D.24016 - D.24019; D.24020 = __s1_len > 1; D.24010 = __result == 0; D.24021 = D.24020 & D.24010; if (D.24021 != 0) goto ; else goto ; : D.24024 = &MEM[(void *)"get_AccelMode" + 2B]; D.24025 = *D.24024; D.24026 = (int) D.24025; D.24027 = __s2 + 2; D.24028 = *D.24027; D.24029 = (int) D.24028; __result = D.24026 - D.24029; D.24030 = __s1_len > 2; D.24010 = __result == 0; D.24031 = D.24030 & D.24010; if (D.24031 != 0) goto ; else goto ; : D.24034 = &MEM[(void *)"get_AccelMode" + 3B]; D.24035 = *D.24034; D.24036 = (int) D.24035; D.24037 = __s2 + 3; D.24038 = *D.24037; D.24039 = (int) D.24038; __result = D.24036 - D.24039; : : : } D.23036 = __result; } iftmp.16 = D.23036; goto ; : D.24041 = cmethod->name; iftmp.16 = __builtin_strcmp ("get_AccelMode", D.24041); : D.23040 = iftmp.16; } if (D.23040 == 0) goto ; else goto ; : { struct MonoInst * ins; D.24044 = cfg->mempool; ins = mono_mempool_alloc (D.24044, 80); ins->data.op[1].const_val = 0; D.24045 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24045; ins->prev = 0B; D.24046 = ins->prev; ins->next = D.24046; ins->opcode = 362; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24047 = ins->sreg3; ins->sreg2 = D.24047; D.24048 = ins->sreg2; ins->sreg1 = D.24048; D.24049 = cfg->ip; ins->cil_code = D.24049; simd_supported_versions.17 = simd_supported_versions; D.24051 = (long int) simd_supported_versions.17; ins->data.op[0].const_val = D.24051; ins->type = 1; D.24052 = alloc_dreg (cfg, 1); D.24053 = (int) D.24052; ins->dreg = D.24053; D.24054 = cfg->cbb; D.24055 = D.24054->last_ins; if (D.24055 != 0B) goto ; else goto ; : D.24054 = cfg->cbb; D.24055 = D.24054->last_ins; D.24055->next = ins; D.24054 = cfg->cbb; D.24055 = D.24054->last_ins; ins->prev = D.24055; D.24054 = cfg->cbb; D.24054->last_ins = ins; goto ; : D.24054 = cfg->cbb; D.24054 = cfg->cbb; D.24054->last_ins = ins; D.24055 = D.24054->last_ins; D.24054->code = D.24055; : D.24059 = ins; return D.24059; } : D.24059 = 0B; return D.24059; } alloc_dreg (struct MonoCompile * cfg, MonoStackType stack_type) { guint32 D.24061; switch (stack_type) , case 1: , case 2: , case 3: , case 4: , case 5: , case 6: , case 7: > : : D.24061 = alloc_ireg (cfg); return D.24061; : D.24061 = alloc_ireg_mp (cfg); return D.24061; : D.24061 = alloc_ireg_ref (cfg); return D.24061; : D.24061 = alloc_freg (cfg); return D.24061; : D.24061 = alloc_lreg (cfg); return D.24061; : D.24061 = alloc_ireg (cfg); return D.24061; : 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.24061 = 4294967295; return D.24061; } alloc_ireg_mp (struct MonoCompile * cfg) { unsigned int D.24063; unsigned char D.24064; unsigned char D.24065; guint32 D.24068; int vreg; D.24063 = alloc_ireg (cfg); vreg = (int) D.24063; D.24064 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24065 = D.24064 & 128; if (D.24065 != 0) goto ; else goto ; : mono_mark_vreg_as_mp (cfg, vreg); : D.24068 = (guint32) vreg; return D.24068; } alloc_ireg_ref (struct MonoCompile * cfg) { unsigned int D.24070; unsigned char D.24071; unsigned char D.24072; guint32 D.24075; int vreg; D.24070 = alloc_ireg (cfg); vreg = (int) D.24070; D.24071 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24072 = D.24071 & 128; if (D.24072 != 0) goto ; else goto ; : mono_mark_vreg_as_ref (cfg, vreg); : D.24075 = (guint32) vreg; return D.24075; } alloc_freg (struct MonoCompile * cfg) { int D.24077; guint32 D.24080; unsigned int D.24081; unsigned int D.24082; unsigned int D.24083; D.24077 = mono_arch_is_soft_float (); if (D.24077 != 0) goto ; else goto ; : D.24080 = alloc_lreg (cfg); return D.24080; : D.24081 = cfg->next_vreg; D.24082 = D.24081; D.24083 = D.24082 + 1; cfg->next_vreg = D.24083; D.24080 = D.24082; return D.24080; } mono_arch_is_soft_float () { gboolean D.24085; D.24085 = 0; return D.24085; } alloc_lreg (struct MonoCompile * cfg) { guint32 D.24087; unsigned int D.24088; unsigned int D.24089; unsigned int D.24090; D.24088 = cfg->next_vreg; D.24089 = D.24088; D.24090 = D.24089 + 1; cfg->next_vreg = D.24090; D.24087 = D.24089; return D.24087; } alloc_ireg (struct MonoCompile * cfg) { guint32 D.24092; unsigned int D.24093; unsigned int D.24094; unsigned int D.24095; D.24093 = cfg->next_vreg; D.24094 = D.24093; D.24095 = D.24094 + 1; cfg->next_vreg = D.24095; D.24092 = D.24094; return D.24092; } emit_array_extension_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args) { int D.22962; int iftmp.18; int D.22958; const char[10] * D.24102; unsigned char D.24103; int D.24104; unsigned char D.24105; int D.24106; _Bool D.24107; _Bool D.24108; _Bool D.24109; const unsigned char * D.24112; unsigned char D.24113; int D.24114; const unsigned char * D.24115; unsigned char D.24116; int D.24117; _Bool D.24118; _Bool D.24119; const unsigned char * D.24122; unsigned char D.24123; int D.24124; const unsigned char * D.24125; unsigned char D.24126; int D.24127; _Bool D.24128; _Bool D.24129; const unsigned char * D.24132; unsigned char D.24133; int D.24134; const unsigned char * D.24135; unsigned char D.24136; int D.24137; const char * D.24139; int D.22971; int iftmp.19; int D.22967; const char[17] * D.24144; unsigned char D.24145; int D.24146; unsigned char D.24147; int D.24148; _Bool D.24149; _Bool D.24150; _Bool D.24151; const unsigned char * D.24154; unsigned char D.24155; int D.24156; const unsigned char * D.24157; unsigned char D.24158; int D.24159; _Bool D.24160; _Bool D.24161; const unsigned char * D.24164; unsigned char D.24165; int D.24166; const unsigned char * D.24167; unsigned char D.24168; int D.24169; _Bool D.24170; _Bool D.24171; const unsigned char * D.24174; unsigned char D.24175; int D.24176; const unsigned char * D.24177; unsigned char D.24178; int D.24179; struct MonoInst * * D.24181; struct MonoInst * D.24182; struct MonoInst * D.24183; struct MonoType * D.24184; struct MonoMemPool * D.24185; long int D.24186; struct MonoInst * D.24187; guint16 iftmp.20; int D.22982; int iftmp.21; int D.22978; unsigned char D.24192; int D.24193; _Bool D.24194; _Bool D.24195; _Bool D.24196; const unsigned char * D.24199; unsigned char D.24200; int D.24201; _Bool D.24202; _Bool D.24203; const unsigned char * D.24206; unsigned char D.24207; int D.24208; _Bool D.24209; _Bool D.24210; const unsigned char * D.24213; unsigned char D.24214; int D.24215; int D.24220; int D.24221; const unsigned char * D.24222; struct MonoClass * D.24223; unsigned int D.24224; int D.24225; struct MonoBasicBlock * D.24226; struct MonoInst * D.24227; struct MonoInst * D.24231; int D.22991; int iftmp.22; int D.22987; const char[10] * D.24237; unsigned char D.24238; int D.24239; unsigned char D.24240; int D.24241; _Bool D.24242; _Bool D.24243; _Bool D.24244; const unsigned char * D.24247; unsigned char D.24248; int D.24249; const unsigned char * D.24250; unsigned char D.24251; int D.24252; _Bool D.24253; _Bool D.24254; const unsigned char * D.24257; unsigned char D.24258; int D.24259; const unsigned char * D.24260; unsigned char D.24261; int D.24262; _Bool D.24263; _Bool D.24264; const unsigned char * D.24267; unsigned char D.24268; int D.24269; const unsigned char * D.24270; unsigned char D.24271; int D.24272; int D.23000; int iftmp.23; int D.22996; const char[17] * D.24278; unsigned char D.24279; int D.24280; unsigned char D.24281; int D.24282; _Bool D.24283; _Bool D.24284; _Bool D.24285; const unsigned char * D.24288; unsigned char D.24289; int D.24290; const unsigned char * D.24291; unsigned char D.24292; int D.24293; _Bool D.24294; _Bool D.24295; const unsigned char * D.24298; unsigned char D.24299; int D.24300; const unsigned char * D.24301; unsigned char D.24302; int D.24303; _Bool D.24304; _Bool D.24305; const unsigned char * D.24308; unsigned char D.24309; int D.24310; const unsigned char * D.24311; unsigned char D.24312; int D.24313; struct MonoInst * * D.24315; struct MonoInst * D.24316; long int D.24317; struct MonoInst * D.24318; guint16 iftmp.24; int D.23012; int iftmp.25; int D.23008; unsigned char D.24323; int D.24324; _Bool D.24325; _Bool D.24326; _Bool D.24327; const unsigned char * D.24330; unsigned char D.24331; int D.24332; _Bool D.24333; _Bool D.24334; const unsigned char * D.24337; unsigned char D.24338; int D.24339; _Bool D.24340; _Bool D.24341; const unsigned char * D.24344; unsigned char D.24345; int D.24346; int D.24351; int D.24352; int D.23021; int iftmp.26; int D.23017; const char[10] * D.24359; unsigned char D.24360; int D.24361; unsigned char D.24362; int D.24363; _Bool D.24364; _Bool D.24365; _Bool D.24366; const unsigned char * D.24369; unsigned char D.24370; int D.24371; const unsigned char * D.24372; unsigned char D.24373; int D.24374; _Bool D.24375; _Bool D.24376; const unsigned char * D.24379; unsigned char D.24380; int D.24381; const unsigned char * D.24382; unsigned char D.24383; int D.24384; _Bool D.24385; _Bool D.24386; const unsigned char * D.24389; unsigned char D.24390; int D.24391; const unsigned char * D.24392; unsigned char D.24393; int D.24394; long int D.24398; struct MonoInst * D.24399; int D.24400; int D.24401; long int D.24405; struct MonoInst * D.24406; int D.24407; int D.24408; long int D.24412; struct MonoInst * D.24413; int D.24414; int D.24415; { 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.24102 = "GetVector"; D.24103 = MEM[(const unsigned char *)D.24102]; D.24104 = (int) D.24103; D.24105 = *__s2; D.24106 = (int) D.24105; __result = D.24104 - D.24106; { D.24107 = __s1_len != 0; D.24108 = __result == 0; D.24109 = D.24107 & D.24108; if (D.24109 != 0) goto ; else goto ; : D.24112 = &MEM[(void *)"GetVector" + 1B]; D.24113 = *D.24112; D.24114 = (int) D.24113; D.24115 = __s2 + 1; D.24116 = *D.24115; D.24117 = (int) D.24116; __result = D.24114 - D.24117; D.24118 = __s1_len > 1; D.24108 = __result == 0; D.24119 = D.24118 & D.24108; if (D.24119 != 0) goto ; else goto ; : D.24122 = &MEM[(void *)"GetVector" + 2B]; D.24123 = *D.24122; D.24124 = (int) D.24123; D.24125 = __s2 + 2; D.24126 = *D.24125; D.24127 = (int) D.24126; __result = D.24124 - D.24127; D.24128 = __s1_len > 2; D.24108 = __result == 0; D.24129 = D.24128 & D.24108; if (D.24129 != 0) goto ; else goto ; : D.24132 = &MEM[(void *)"GetVector" + 3B]; D.24133 = *D.24132; D.24134 = (int) D.24133; D.24135 = __s2 + 3; D.24136 = *D.24135; D.24137 = (int) D.24136; __result = D.24134 - D.24137; : : : } D.22958 = __result; } iftmp.18 = D.22958; goto ; : D.24139 = cmethod->name; iftmp.18 = __builtin_strcmp ("GetVector", D.24139); : D.22962 = iftmp.18; } if (D.22962 == 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.24144 = "GetVectorAligned"; D.24145 = MEM[(const unsigned char *)D.24144]; D.24146 = (int) D.24145; D.24147 = *__s2; D.24148 = (int) D.24147; __result = D.24146 - D.24148; { D.24149 = __s1_len != 0; D.24150 = __result == 0; D.24151 = D.24149 & D.24150; if (D.24151 != 0) goto ; else goto ; : D.24154 = &MEM[(void *)"GetVectorAligned" + 1B]; D.24155 = *D.24154; D.24156 = (int) D.24155; D.24157 = __s2 + 1; D.24158 = *D.24157; D.24159 = (int) D.24158; __result = D.24156 - D.24159; D.24160 = __s1_len > 1; D.24150 = __result == 0; D.24161 = D.24160 & D.24150; if (D.24161 != 0) goto ; else goto ; : D.24164 = &MEM[(void *)"GetVectorAligned" + 2B]; D.24165 = *D.24164; D.24166 = (int) D.24165; D.24167 = __s2 + 2; D.24168 = *D.24167; D.24169 = (int) D.24168; __result = D.24166 - D.24169; D.24170 = __s1_len > 2; D.24150 = __result == 0; D.24171 = D.24170 & D.24150; if (D.24171 != 0) goto ; else goto ; : D.24174 = &MEM[(void *)"GetVectorAligned" + 3B]; D.24175 = *D.24174; D.24176 = (int) D.24175; D.24177 = __s2 + 3; D.24178 = *D.24177; D.24179 = (int) D.24178; __result = D.24176 - D.24179; : : : } D.22967 = __result; } iftmp.19 = D.22967; goto ; : D.24139 = cmethod->name; iftmp.19 = __builtin_strcmp ("GetVectorAligned", D.24139); : D.22971 = iftmp.19; } if (D.22971 == 0) goto ; else goto ; : { struct MonoInst * load; int addr; D.24181 = args + 8; D.24182 = *D.24181; D.24183 = *args; D.24184 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.24184, D.24183, D.24182, 1); D.24185 = cfg->mempool; load = mono_mempool_alloc (D.24185, 80); load->data.op[1].const_val = 0; D.24186 = load->data.op[1].const_val; load->data.op[0].const_val = D.24186; load->prev = 0B; D.24187 = load->prev; load->next = D.24187; { 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.24144 = "GetVectorAligned"; D.24145 = MEM[(const unsigned char *)D.24144]; D.24146 = (int) D.24145; D.24192 = *__s2; D.24193 = (int) D.24192; __result = D.24146 - D.24193; { D.24194 = __s1_len != 0; D.24195 = __result == 0; D.24196 = D.24194 & D.24195; if (D.24196 != 0) goto ; else goto ; : D.24154 = &MEM[(void *)"GetVectorAligned" + 1B]; D.24155 = *D.24154; D.24156 = (int) D.24155; D.24199 = __s2 + 1; D.24200 = *D.24199; D.24201 = (int) D.24200; __result = D.24156 - D.24201; D.24202 = __s1_len > 1; D.24195 = __result == 0; D.24203 = D.24202 & D.24195; if (D.24203 != 0) goto ; else goto ; : D.24164 = &MEM[(void *)"GetVectorAligned" + 2B]; D.24165 = *D.24164; D.24166 = (int) D.24165; D.24206 = __s2 + 2; D.24207 = *D.24206; D.24208 = (int) D.24207; __result = D.24166 - D.24208; D.24209 = __s1_len > 2; D.24195 = __result == 0; D.24210 = D.24209 & D.24195; if (D.24210 != 0) goto ; else goto ; : D.24174 = &MEM[(void *)"GetVectorAligned" + 3B]; D.24175 = *D.24174; D.24176 = (int) D.24175; D.24213 = __s2 + 3; D.24214 = *D.24213; D.24215 = (int) D.24214; __result = D.24176 - D.24215; : : : } D.22978 = __result; } iftmp.21 = D.22978; goto ; : D.24139 = cmethod->name; iftmp.21 = __builtin_strcmp ("GetVectorAligned", D.24139); : D.22982 = iftmp.21; } if (D.22982 == 0) goto ; else goto ; : iftmp.20 = 402; goto ; : iftmp.20 = 401; : load->opcode = iftmp.20; load->flags = 0; load->type = 0; load->dreg = -1; load->sreg3 = -1; D.24220 = load->sreg3; load->sreg2 = D.24220; D.24221 = load->sreg2; load->sreg1 = D.24221; D.24222 = cfg->ip; load->cil_code = D.24222; D.24223 = cmethod->klass; load->klass = D.24223; load->sreg1 = addr; load->type = 7; D.24224 = alloc_ireg (cfg); D.24225 = (int) D.24224; load->dreg = D.24225; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; if (D.24227 != 0B) goto ; else goto ; : D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; D.24227->next = load; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; load->prev = D.24227; D.24226 = cfg->cbb; D.24226->last_ins = load; goto ; : D.24226 = cfg->cbb; D.24226 = cfg->cbb; D.24226->last_ins = load; D.24227 = D.24226->last_ins; D.24226->code = D.24227; : D.24231 = load; return D.24231; } : { 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.24237 = "SetVector"; D.24238 = MEM[(const unsigned char *)D.24237]; D.24239 = (int) D.24238; D.24240 = *__s2; D.24241 = (int) D.24240; __result = D.24239 - D.24241; { D.24242 = __s1_len != 0; D.24243 = __result == 0; D.24244 = D.24242 & D.24243; if (D.24244 != 0) goto ; else goto ; : D.24247 = &MEM[(void *)"SetVector" + 1B]; D.24248 = *D.24247; D.24249 = (int) D.24248; D.24250 = __s2 + 1; D.24251 = *D.24250; D.24252 = (int) D.24251; __result = D.24249 - D.24252; D.24253 = __s1_len > 1; D.24243 = __result == 0; D.24254 = D.24253 & D.24243; if (D.24254 != 0) goto ; else goto ; : D.24257 = &MEM[(void *)"SetVector" + 2B]; D.24258 = *D.24257; D.24259 = (int) D.24258; D.24260 = __s2 + 2; D.24261 = *D.24260; D.24262 = (int) D.24261; __result = D.24259 - D.24262; D.24263 = __s1_len > 2; D.24243 = __result == 0; D.24264 = D.24263 & D.24243; if (D.24264 != 0) goto ; else goto ; : D.24267 = &MEM[(void *)"SetVector" + 3B]; D.24268 = *D.24267; D.24269 = (int) D.24268; D.24270 = __s2 + 3; D.24271 = *D.24270; D.24272 = (int) D.24271; __result = D.24269 - D.24272; : : : } D.22987 = __result; } iftmp.22 = D.22987; goto ; : D.24139 = cmethod->name; iftmp.22 = __builtin_strcmp ("SetVector", D.24139); : D.22991 = iftmp.22; } if (D.22991 == 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.24278 = "SetVectorAligned"; D.24279 = MEM[(const unsigned char *)D.24278]; D.24280 = (int) D.24279; D.24281 = *__s2; D.24282 = (int) D.24281; __result = D.24280 - D.24282; { D.24283 = __s1_len != 0; D.24284 = __result == 0; D.24285 = D.24283 & D.24284; if (D.24285 != 0) goto ; else goto ; : D.24288 = &MEM[(void *)"SetVectorAligned" + 1B]; D.24289 = *D.24288; D.24290 = (int) D.24289; D.24291 = __s2 + 1; D.24292 = *D.24291; D.24293 = (int) D.24292; __result = D.24290 - D.24293; D.24294 = __s1_len > 1; D.24284 = __result == 0; D.24295 = D.24294 & D.24284; if (D.24295 != 0) goto ; else goto ; : D.24298 = &MEM[(void *)"SetVectorAligned" + 2B]; D.24299 = *D.24298; D.24300 = (int) D.24299; D.24301 = __s2 + 2; D.24302 = *D.24301; D.24303 = (int) D.24302; __result = D.24300 - D.24303; D.24304 = __s1_len > 2; D.24284 = __result == 0; D.24305 = D.24304 & D.24284; if (D.24305 != 0) goto ; else goto ; : D.24308 = &MEM[(void *)"SetVectorAligned" + 3B]; D.24309 = *D.24308; D.24310 = (int) D.24309; D.24311 = __s2 + 3; D.24312 = *D.24311; D.24313 = (int) D.24312; __result = D.24310 - D.24313; : : : } D.22996 = __result; } iftmp.23 = D.22996; goto ; : D.24139 = cmethod->name; iftmp.23 = __builtin_strcmp ("SetVectorAligned", D.24139); : D.23000 = iftmp.23; } if (D.23000 == 0) goto ; else goto ; : { struct MonoInst * store; int vreg; int addr; D.24181 = args + 8; D.24182 = *D.24181; vreg = get_simd_vreg (cfg, cmethod, D.24182); D.24315 = args + 16; D.24316 = *D.24315; D.24183 = *args; D.24184 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.24184, D.24183, D.24316, 1); D.24185 = cfg->mempool; store = mono_mempool_alloc (D.24185, 80); store->data.op[1].const_val = 0; D.24317 = store->data.op[1].const_val; store->data.op[0].const_val = D.24317; store->prev = 0B; D.24318 = store->prev; store->next = D.24318; { 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.24278 = "SetVectorAligned"; D.24279 = MEM[(const unsigned char *)D.24278]; D.24280 = (int) D.24279; D.24323 = *__s2; D.24324 = (int) D.24323; __result = D.24280 - D.24324; { D.24325 = __s1_len != 0; D.24326 = __result == 0; D.24327 = D.24325 & D.24326; if (D.24327 != 0) goto ; else goto ; : D.24288 = &MEM[(void *)"SetVectorAligned" + 1B]; D.24289 = *D.24288; D.24290 = (int) D.24289; D.24330 = __s2 + 1; D.24331 = *D.24330; D.24332 = (int) D.24331; __result = D.24290 - D.24332; D.24333 = __s1_len > 1; D.24326 = __result == 0; D.24334 = D.24333 & D.24326; if (D.24334 != 0) goto ; else goto ; : D.24298 = &MEM[(void *)"SetVectorAligned" + 2B]; D.24299 = *D.24298; D.24300 = (int) D.24299; D.24337 = __s2 + 2; D.24338 = *D.24337; D.24339 = (int) D.24338; __result = D.24300 - D.24339; D.24340 = __s1_len > 2; D.24326 = __result == 0; D.24341 = D.24340 & D.24326; if (D.24341 != 0) goto ; else goto ; : D.24308 = &MEM[(void *)"SetVectorAligned" + 3B]; D.24309 = *D.24308; D.24310 = (int) D.24309; D.24344 = __s2 + 3; D.24345 = *D.24344; D.24346 = (int) D.24345; __result = D.24310 - D.24346; : : : } D.23008 = __result; } iftmp.25 = D.23008; goto ; : D.24139 = cmethod->name; iftmp.25 = __builtin_strcmp ("SetVectorAligned", D.24139); : D.23012 = iftmp.25; } if (D.23012 == 0) goto ; else goto ; : iftmp.24 = 382; goto ; : iftmp.24 = 389; : store->opcode = iftmp.24; store->flags = 0; store->type = 0; store->dreg = -1; store->sreg3 = -1; D.24351 = store->sreg3; store->sreg2 = D.24351; D.24352 = store->sreg2; store->sreg1 = D.24352; D.24222 = cfg->ip; store->cil_code = D.24222; D.24223 = cmethod->klass; store->klass = D.24223; store->dreg = addr; store->sreg1 = vreg; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; if (D.24227 != 0B) goto ; else goto ; : D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; D.24227->next = store; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; store->prev = D.24227; D.24226 = cfg->cbb; D.24226->last_ins = store; goto ; : D.24226 = cfg->cbb; D.24226 = cfg->cbb; D.24226->last_ins = store; D.24227 = D.24226->last_ins; D.24226->code = D.24227; : D.24231 = store; return D.24231; } : { 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.24359 = "IsAligned"; D.24360 = MEM[(const unsigned char *)D.24359]; D.24361 = (int) D.24360; D.24362 = *__s2; D.24363 = (int) D.24362; __result = D.24361 - D.24363; { D.24364 = __s1_len != 0; D.24365 = __result == 0; D.24366 = D.24364 & D.24365; if (D.24366 != 0) goto ; else goto ; : D.24369 = &MEM[(void *)"IsAligned" + 1B]; D.24370 = *D.24369; D.24371 = (int) D.24370; D.24372 = __s2 + 1; D.24373 = *D.24372; D.24374 = (int) D.24373; __result = D.24371 - D.24374; D.24375 = __s1_len > 1; D.24365 = __result == 0; D.24376 = D.24375 & D.24365; if (D.24376 != 0) goto ; else goto ; : D.24379 = &MEM[(void *)"IsAligned" + 2B]; D.24380 = *D.24379; D.24381 = (int) D.24380; D.24382 = __s2 + 2; D.24383 = *D.24382; D.24384 = (int) D.24383; __result = D.24381 - D.24384; D.24385 = __s1_len > 2; D.24365 = __result == 0; D.24386 = D.24385 & D.24365; if (D.24386 != 0) goto ; else goto ; : D.24389 = &MEM[(void *)"IsAligned" + 3B]; D.24390 = *D.24389; D.24391 = (int) D.24390; D.24392 = __s2 + 3; D.24393 = *D.24392; D.24394 = (int) D.24393; __result = D.24391 - D.24394; : : : } D.23017 = __result; } iftmp.26 = D.23017; goto ; : D.24139 = cmethod->name; iftmp.26 = __builtin_strcmp ("IsAligned", D.24139); : D.23021 = iftmp.26; } if (D.23021 == 0) goto ; else goto ; : { struct MonoInst * ins; int addr; D.24181 = args + 8; D.24182 = *D.24181; D.24183 = *args; D.24184 = fsig->params[0]; addr = mono_emit_vector_ldelema (cfg, D.24184, D.24183, D.24182, 0); { struct MonoInst * inst; D.24185 = cfg->mempool; inst = mono_mempool_alloc (D.24185, 80); inst->data.op[1].const_val = 0; D.24398 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24398; inst->prev = 0B; D.24399 = inst->prev; inst->next = D.24399; inst->opcode = 440; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24400 = inst->sreg3; inst->sreg2 = D.24400; D.24401 = inst->sreg2; inst->sreg1 = D.24401; D.24222 = cfg->ip; inst->cil_code = D.24222; inst->dreg = addr; inst->sreg1 = addr; inst->data.op[1].const_val = 15; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; if (D.24227 != 0B) goto ; else goto ; : D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; D.24227->next = inst; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; inst->prev = D.24227; D.24226 = cfg->cbb; D.24226->last_ins = inst; goto ; : D.24226 = cfg->cbb; D.24226 = cfg->cbb; D.24226->last_ins = inst; D.24227 = D.24226->last_ins; D.24226->code = D.24227; : } { struct MonoInst * inst; D.24185 = cfg->mempool; inst = mono_mempool_alloc (D.24185, 80); inst->data.op[1].const_val = 0; D.24405 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24405; inst->prev = 0B; D.24406 = inst->prev; inst->next = D.24406; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24407 = inst->sreg3; inst->sreg2 = D.24407; D.24408 = inst->sreg2; inst->sreg1 = D.24408; D.24222 = cfg->ip; inst->cil_code = D.24222; inst->dreg = -1; inst->sreg1 = addr; inst->data.op[1].const_val = 0; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; if (D.24227 != 0B) goto ; else goto ; : D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; D.24227->next = inst; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; inst->prev = D.24227; D.24226 = cfg->cbb; D.24226->last_ins = inst; goto ; : D.24226 = cfg->cbb; D.24226 = cfg->cbb; D.24226->last_ins = inst; D.24227 = D.24226->last_ins; D.24226->code = D.24227; : } D.24185 = cfg->mempool; ins = mono_mempool_alloc (D.24185, 80); ins->data.op[1].const_val = 0; D.24412 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24412; ins->prev = 0B; D.24413 = ins->prev; ins->next = D.24413; ins->opcode = 450; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24414 = ins->sreg3; ins->sreg2 = D.24414; D.24415 = ins->sreg2; ins->sreg1 = D.24415; D.24222 = cfg->ip; ins->cil_code = D.24222; ins->dreg = addr; ins->sreg1 = -1; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; if (D.24227 != 0B) goto ; else goto ; : D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; D.24227->next = ins; D.24226 = cfg->cbb; D.24227 = D.24226->last_ins; ins->prev = D.24227; D.24226 = cfg->cbb; D.24226->last_ins = ins; goto ; : D.24226 = cfg->cbb; D.24226 = cfg->cbb; D.24226->last_ins = ins; D.24227 = D.24226->last_ins; D.24226->code = D.24227; : D.24231 = ins; return D.24231; } : D.24231 = 0B; return D.24231; } get_simd_vreg (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * src) { short unsigned int D.24420; int D.24423; unsigned char D.24424; D.24420 = src->opcode; if (D.24420 == 962) goto ; else goto ; : D.24423 = src->sreg1; return D.24423; : D.24424 = src->type; if (D.24424 == 7) goto ; else goto ; : D.24423 = src->dreg; return D.24423; : 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.24428; int D.24429; unsigned int D.24430; unsigned int D.24431; struct MonoMemPool * D.24432; long int D.24433; struct MonoInst * D.24434; int D.24435; int D.24436; const unsigned char * D.24437; struct MonoBasicBlock * D.24438; struct MonoInst * D.24439; unsigned int D.24443; unsigned int D.24446; unsigned int D.24447; unsigned int D.24450; unsigned char D.24453; unsigned char D.24454; long int D.24457; struct MonoInst * D.24458; int D.24459; int D.24460; long int D.24464; struct MonoInst * D.24465; int D.24466; int D.24467; unsigned int D.24474; int D.24477; long int D.24482; struct MonoInst * D.24483; int D.24484; int D.24485; long int D.24489; struct MonoInst * D.24490; int D.24491; int D.24492; long int D.24497; struct MonoInst * D.24498; int D.24499; int D.24500; unsigned char D.24501; int D.24506; long int D.24511; struct MonoInst * D.24512; int D.24513; int D.24514; long int D.24518; struct MonoInst * D.24519; int D.24520; int D.24521; long int D.24526; struct MonoInst * D.24527; int D.24528; int D.24529; unsigned char D.24530; long int D.24534; struct MonoInst * D.24535; int D.24536; int D.24537; long int D.24541; struct MonoInst * D.24542; int D.24543; int D.24544; long int D.24549; struct MonoInst * D.24550; int D.24551; int D.24552; long int D.24556; struct MonoInst * D.24557; int D.24558; int D.24559; long int D.24564; struct MonoInst * D.24565; int D.24566; int D.24567; unsigned char D.24568; unsigned char D.24569; unsigned int D.24573; unsigned int D.24574; long int D.24575; struct MonoInst * D.24576; int D.24577; int D.24578; unsigned int D.24579; unsigned int D.24580; long int D.24581; long int D.24591; struct MonoInst * D.24592; int D.24593; int D.24594; long int D.24598; struct MonoInst * D.24599; int D.24600; int D.24601; unsigned int D.24608; int D.24611; long int D.24616; struct MonoInst * D.24617; int D.24618; int D.24619; long int D.24623; struct MonoInst * D.24624; int D.24625; int D.24626; long int D.24631; struct MonoInst * D.24632; int D.24633; int D.24634; unsigned char D.24635; int D.24640; long int D.24645; struct MonoInst * D.24646; int D.24647; int D.24648; long int D.24652; struct MonoInst * D.24653; int D.24654; int D.24655; long int D.24660; struct MonoInst * D.24661; int D.24662; int D.24663; unsigned char D.24664; long int D.24668; struct MonoInst * D.24669; int D.24670; int D.24671; long int D.24675; struct MonoInst * D.24676; int D.24677; int D.24678; long int D.24683; struct MonoInst * D.24684; int D.24685; int D.24686; long int D.24690; struct MonoInst * D.24691; int D.24692; int D.24693; long int D.24698; struct MonoInst * D.24699; int D.24700; int D.24701; unsigned char D.24702; unsigned char D.24703; unsigned int D.24707; long int D.24708; struct MonoInst * D.24709; int D.24710; int D.24711; long int D.24712; long int D.24716; struct MonoInst * D.24717; int D.24718; int D.24719; long int D.24723; struct MonoInst * D.24724; int D.24725; int D.24726; int D.24730; struct MonoInst * ins; guint32 size; int mult_reg; int add_reg; int array_reg; int index_reg; int index2_reg; int index3_reg; D.24428 = mono_class_from_mono_type (array_type); D.24429 = mono_array_element_size (D.24428); size = (guint32) D.24429; D.24430 = alloc_preg (cfg); mult_reg = (int) D.24430; array_reg = arr->dreg; index_reg = index->dreg; D.24431 = alloc_preg (cfg); index2_reg = (int) D.24431; { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24433 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24433; inst->prev = 0B; D.24434 = inst->prev; inst->next = D.24434; inst->opcode = 766; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24435 = inst->sreg3; inst->sreg2 = D.24435; D.24436 = inst->sreg2; inst->sreg1 = D.24436; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = index2_reg; inst->sreg1 = index_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } D.24443 = alloc_preg (cfg); index3_reg = (int) D.24443; if (check_bounds != 0) goto ; else goto ; : D.24446 = cfg->opt; D.24447 = D.24446 & 134217728; if (D.24447 == 0) goto ; else goto ; : D.24446 = cfg->opt; D.24450 = D.24446 & 262144; if (D.24450 == 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24457 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24457; inst->prev = 0B; D.24458 = inst->prev; inst->next = D.24458; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24459 = inst->sreg3; inst->sreg2 = D.24459; D.24460 = inst->sreg2; inst->sreg1 = D.24460; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24464 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24464; inst->prev = 0B; D.24465 = inst->prev; inst->next = D.24465; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24466 = inst->sreg3; inst->sreg2 = D.24466; D.24467 = inst->sreg2; inst->sreg1 = D.24467; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : if (0 != 0) goto ; else goto ; : { int _length_reg; D.24474 = alloc_ireg (cfg); _length_reg = (int) D.24474; if (1 != 0) goto ; else goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 32; D.24477 = __ins_flags & 32; if (D.24477 != 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24482 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24482; inst->prev = 0B; D.24483 = inst->prev; inst->next = D.24483; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24484 = inst->sreg3; inst->sreg2 = D.24484; D.24485 = inst->sreg2; inst->sreg1 = D.24485; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24489 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24489; inst->prev = 0B; D.24490 = inst->prev; inst->next = D.24490; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24491 = inst->sreg3; inst->sreg2 = D.24491; D.24492 = inst->sreg2; inst->sreg1 = D.24492; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : : D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24497 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24497; inst->prev = 0B; D.24498 = inst->prev; inst->next = D.24498; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24499 = inst->sreg3; inst->sreg2 = D.24499; D.24500 = inst->sreg2; inst->sreg1 = D.24500; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->type = 1; D.24501 = (unsigned char) __ins_flags; inst->flags = D.24501; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 64; D.24506 = __ins_flags & 32; if (D.24506 != 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24511 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24511; inst->prev = 0B; D.24512 = inst->prev; inst->next = D.24512; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24513 = inst->sreg3; inst->sreg2 = D.24513; D.24514 = inst->sreg2; inst->sreg1 = D.24514; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24518 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24518; inst->prev = 0B; D.24519 = inst->prev; inst->next = D.24519; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24520 = inst->sreg3; inst->sreg2 = D.24520; D.24521 = inst->sreg2; inst->sreg1 = D.24521; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : : D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24526 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24526; inst->prev = 0B; D.24527 = inst->prev; inst->next = D.24527; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24528 = inst->sreg3; inst->sreg2 = D.24528; D.24529 = inst->sreg2; inst->sreg1 = D.24529; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->type = 1; D.24530 = (unsigned char) __ins_flags; inst->flags = D.24530; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24534 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24534; inst->prev = 0B; D.24535 = inst->prev; inst->next = D.24535; inst->opcode = 322; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24536 = inst->sreg3; inst->sreg2 = D.24536; D.24537 = inst->sreg2; inst->sreg1 = D.24537; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = _length_reg; inst->sreg2 = index2_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24541 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24541; inst->prev = 0B; D.24542 = inst->prev; inst->next = D.24542; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24543 = inst->sreg3; inst->sreg2 = D.24543; D.24544 = inst->sreg2; inst->sreg1 = D.24544; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "IndexOutOfRangeException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } } goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24549 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24549; inst->prev = 0B; D.24550 = inst->prev; inst->next = D.24550; inst->opcode = 1049; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24551 = inst->sreg3; inst->sreg2 = D.24551; D.24552 = inst->sreg2; inst->sreg1 = D.24552; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->sreg2 = index2_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24556 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24556; inst->prev = 0B; D.24557 = inst->prev; inst->next = D.24557; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24558 = inst->sreg3; inst->sreg2 = D.24558; D.24559 = inst->sreg2; inst->sreg1 = D.24559; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "IndexOutOfRangeException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } } : goto ; : { struct MonoInst * ins; D.24432 = cfg->mempool; ins = mono_mempool_alloc (D.24432, 80); ins->data.op[1].const_val = 0; D.24564 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24564; ins->prev = 0B; D.24565 = ins->prev; ins->next = D.24565; ins->opcode = 788; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24566 = ins->sreg3; ins->sreg2 = D.24566; D.24567 = ins->sreg2; ins->sreg1 = D.24567; D.24437 = cfg->ip; ins->cil_code = D.24437; ins->sreg1 = array_reg; ins->sreg2 = index2_reg; ins->data.op[1].const_val = 24; D.24568 = ins->flags; D.24569 = D.24568 | 32; ins->flags = D.24569; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = ins; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; ins->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = ins; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = ins; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : D.24573 = cfg->flags; D.24574 = D.24573 | 256; cfg->flags = D.24574; D.24438 = cfg->cbb; D.24438->has_array_access = 1; } : : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24575 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24575; inst->prev = 0B; D.24576 = inst->prev; inst->next = D.24576; inst->opcode = 542; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24577 = inst->sreg3; inst->sreg2 = D.24577; D.24578 = inst->sreg2; inst->sreg1 = D.24578; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = index3_reg; inst->sreg1 = index2_reg; D.24579 = 16 / size; D.24580 = D.24579 + 4294967295; D.24581 = (long int) D.24580; inst->data.op[1].const_val = D.24581; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } D.24446 = cfg->opt; D.24447 = D.24446 & 134217728; if (D.24447 == 0) goto ; else goto ; : D.24446 = cfg->opt; D.24450 = D.24446 & 262144; if (D.24450 == 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24591 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24591; inst->prev = 0B; D.24592 = inst->prev; inst->next = D.24592; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24593 = inst->sreg3; inst->sreg2 = D.24593; D.24594 = inst->sreg2; inst->sreg1 = D.24594; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24598 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24598; inst->prev = 0B; D.24599 = inst->prev; inst->next = D.24599; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24600 = inst->sreg3; inst->sreg2 = D.24600; D.24601 = inst->sreg2; inst->sreg1 = D.24601; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : if (0 != 0) goto ; else goto ; : { int _length_reg; D.24608 = alloc_ireg (cfg); _length_reg = (int) D.24608; if (1 != 0) goto ; else goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 32; D.24611 = __ins_flags & 32; if (D.24611 != 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24616 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24616; inst->prev = 0B; D.24617 = inst->prev; inst->next = D.24617; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24618 = inst->sreg3; inst->sreg2 = D.24618; D.24619 = inst->sreg2; inst->sreg1 = D.24619; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24623 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24623; inst->prev = 0B; D.24624 = inst->prev; inst->next = D.24624; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24625 = inst->sreg3; inst->sreg2 = D.24625; D.24626 = inst->sreg2; inst->sreg1 = D.24626; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : : D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24631 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24631; inst->prev = 0B; D.24632 = inst->prev; inst->next = D.24632; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24633 = inst->sreg3; inst->sreg2 = D.24633; D.24634 = inst->sreg2; inst->sreg1 = D.24634; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->type = 1; D.24635 = (unsigned char) __ins_flags; inst->flags = D.24635; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : { struct MonoInst * inst; int __ins_flags; __ins_flags = 64; D.24640 = __ins_flags & 32; if (D.24640 != 0) goto ; else goto ; : D.24453 = BIT_FIELD_REF <*cfg, 8, 5632>; D.24454 = D.24453 & 64; if (D.24454 != 0) goto ; else goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24645 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24645; inst->prev = 0B; D.24646 = inst->prev; inst->next = D.24646; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24647 = inst->sreg3; inst->sreg2 = D.24647; D.24648 = inst->sreg2; inst->sreg1 = D.24648; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = array_reg; inst->data.op[1].const_val = 0; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24652 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24652; inst->prev = 0B; D.24653 = inst->prev; inst->next = D.24653; inst->opcode = 455; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24654 = inst->sreg3; inst->sreg2 = D.24654; D.24655 = inst->sreg2; inst->sreg1 = D.24655; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "NullReferenceException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } goto ; : : : D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24660 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24660; inst->prev = 0B; D.24661 = inst->prev; inst->next = D.24661; inst->opcode = 396; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24662 = inst->sreg3; inst->sreg2 = D.24662; D.24663 = inst->sreg2; inst->sreg1 = D.24663; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = _length_reg; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->type = 1; D.24664 = (unsigned char) __ins_flags; inst->flags = D.24664; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24668 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24668; inst->prev = 0B; D.24669 = inst->prev; inst->next = D.24669; inst->opcode = 322; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24670 = inst->sreg3; inst->sreg2 = D.24670; D.24671 = inst->sreg2; inst->sreg1 = D.24671; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = -1; inst->sreg1 = _length_reg; inst->sreg2 = index3_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24675 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24675; inst->prev = 0B; D.24676 = inst->prev; inst->next = D.24676; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24677 = inst->sreg3; inst->sreg2 = D.24677; D.24678 = inst->sreg2; inst->sreg1 = D.24678; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "IndexOutOfRangeException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } } goto ; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24683 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24683; inst->prev = 0B; D.24684 = inst->prev; inst->next = D.24684; inst->opcode = 1049; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24685 = inst->sreg3; inst->sreg2 = D.24685; D.24686 = inst->sreg2; inst->sreg1 = D.24686; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->sreg1 = array_reg; inst->data.op[0].const_val = 24; inst->sreg2 = index3_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24690 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24690; inst->prev = 0B; D.24691 = inst->prev; inst->next = D.24691; inst->opcode = 463; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24692 = inst->sreg3; inst->sreg2 = D.24692; D.24693 = inst->sreg2; inst->sreg1 = D.24693; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->data.op[1].p = "IndexOutOfRangeException"; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } } : goto ; : { struct MonoInst * ins; D.24432 = cfg->mempool; ins = mono_mempool_alloc (D.24432, 80); ins->data.op[1].const_val = 0; D.24698 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24698; ins->prev = 0B; D.24699 = ins->prev; ins->next = D.24699; ins->opcode = 788; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24700 = ins->sreg3; ins->sreg2 = D.24700; D.24701 = ins->sreg2; ins->sreg1 = D.24701; D.24437 = cfg->ip; ins->cil_code = D.24437; ins->sreg1 = array_reg; ins->sreg2 = index3_reg; ins->data.op[1].const_val = 24; D.24702 = ins->flags; D.24703 = D.24702 | 32; ins->flags = D.24703; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = ins; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; ins->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = ins; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = ins; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : D.24573 = cfg->flags; D.24574 = D.24573 | 256; cfg->flags = D.24574; D.24438 = cfg->cbb; D.24438->has_array_access = 1; } : : : D.24707 = alloc_preg (cfg); add_reg = (int) D.24707; { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24708 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24708; inst->prev = 0B; D.24709 = inst->prev; inst->next = D.24709; inst->opcode = 435; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24710 = inst->sreg3; inst->sreg2 = D.24710; D.24711 = inst->sreg2; inst->sreg1 = D.24711; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = mult_reg; inst->sreg1 = index2_reg; D.24712 = (long int) size; inst->data.op[1].const_val = D.24712; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } { struct MonoInst * inst; D.24432 = cfg->mempool; inst = mono_mempool_alloc (D.24432, 80); inst->data.op[1].const_val = 0; D.24716 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.24716; inst->prev = 0B; D.24717 = inst->prev; inst->next = D.24717; inst->opcode = 483; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.24718 = inst->sreg3; inst->sreg2 = D.24718; D.24719 = inst->sreg2; inst->sreg1 = D.24719; D.24437 = cfg->ip; inst->cil_code = D.24437; inst->dreg = add_reg; inst->sreg1 = array_reg; inst->sreg2 = mult_reg; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = inst; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; inst->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = inst; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = inst; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : } D.24432 = cfg->mempool; ins = mono_mempool_alloc (D.24432, 80); ins->data.op[1].const_val = 0; D.24723 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24723; ins->prev = 0B; D.24724 = ins->prev; ins->next = D.24724; ins->opcode = 542; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24725 = ins->sreg3; ins->sreg2 = D.24725; D.24726 = ins->sreg2; ins->sreg1 = D.24726; D.24437 = cfg->ip; ins->cil_code = D.24437; ins->dreg = add_reg; ins->sreg1 = add_reg; ins->data.op[1].const_val = 32; ins->type = 3; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; if (D.24439 != 0B) goto ; else goto ; : D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; D.24439->next = ins; D.24438 = cfg->cbb; D.24439 = D.24438->last_ins; ins->prev = D.24439; D.24438 = cfg->cbb; D.24438->last_ins = ins; goto ; : D.24438 = cfg->cbb; D.24438 = cfg->cbb; D.24438->last_ins = ins; D.24439 = D.24438->last_ins; D.24438->code = D.24439; : D.24730 = add_reg; return D.24730; } alloc_preg (struct MonoCompile * cfg) { guint32 D.24732; D.24732 = alloc_ireg (cfg); return D.24732; } emit_intrinsics (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoMethodSignature * fsig, struct MonoInst * * args, const struct SimdIntrinsc * intrinsics, guint32 size) { long unsigned int D.24734; const char * D.24735; unsigned int D.24738; short unsigned int D.24741; int D.24742; struct MonoClass * D.24743; const char * D.24744; struct MonoInst * D.24745; short unsigned int D.24748; sizetype D.24749; const char * D.24750; D.24751; int D.24752; long unsigned int D.24753; long unsigned int D.24754; struct MonoInst * * D.24755; struct MonoInst * D.24756; unsigned char D.24757; unsigned int D.24760; unsigned int simd_supported_versions.27; unsigned int D.24762; int D.24767; int D.24768; int D.24769; int D.24772; unsigned int D.24773; const char * D.24774; D.24775; int D.24776; const struct SimdIntrinsc * result; D.24734 = (long unsigned int) size; D.24735 = cmethod->name; result = mono_binary_search (D.24735, intrinsics, D.24734, 6, simd_intrinsic_compare_by_name); if (result == 0B) goto ; else goto ; : D.24738 = cfg->verbose_level; if (D.24738 > 2) goto ; else goto ; : D.24741 = fsig->param_count; D.24742 = (int) D.24741; D.24735 = cmethod->name; D.24743 = cmethod->klass; D.24744 = D.24743->name; printf ("function doesn\'t have a simd intrinsic %s::%s/%d\n", D.24744, D.24735, D.24742); : D.24745 = 0B; return D.24745; : D.24738 = cfg->verbose_level; if (D.24738 > 2) goto ; else goto ; : { int i; int max; D.24748 = result->name; D.24749 = (sizetype) D.24748; D.24750 = &method_names + D.24749; D.24741 = fsig->param_count; D.24742 = (int) D.24741; D.24735 = cmethod->name; D.24743 = cmethod->klass; D.24744 = D.24743->name; printf ("found call to intrinsic %s::%s/%d -> %s\n", D.24744, D.24735, D.24742, D.24750); D.24741 = fsig->param_count; D.24742 = (int) D.24741; D.24751 = fsig->hasthis; D.24752 = (int) D.24751; max = D.24742 + D.24752; i = 0; goto ; : printf ("param %d: ", i); D.24753 = (long unsigned int) i; D.24754 = D.24753 * 8; D.24755 = args + D.24754; D.24756 = *D.24755; mono_print_ins (D.24756); i = i + 1; : if (i < max) goto ; else goto ; : } : D.24757 = result->simd_version_flags; if (D.24757 != 0) goto ; else goto ; : D.24757 = result->simd_version_flags; D.24760 = (unsigned int) D.24757; simd_supported_versions.27 = simd_supported_versions; D.24762 = D.24760 & simd_supported_versions.27; if (D.24762 == 0) goto ; else goto ; : D.24738 = cfg->verbose_level; if (D.24738 > 2) goto ; else goto ; : { int x; D.24741 = fsig->param_count; D.24742 = (int) D.24741; D.24735 = cmethod->name; D.24743 = cmethod->klass; D.24744 = D.24743->name; printf ("function %s::%s/%d requires one of unsuported SIMD instruction set(s): ", D.24744, D.24735, D.24742); x = 1; goto ; : D.24757 = result->simd_version_flags; D.24767 = (int) D.24757; D.24768 = D.24767 >> x; D.24769 = D.24768 & 1; if (D.24769 != 0) goto ; else goto ; : D.24772 = 1 << x; D.24773 = (unsigned int) D.24772; D.24774 = simd_version_name (D.24773); printf ("%s ", D.24774); : x = x + 1; : if (x <= 6) goto ; else goto ; : printf ("\n"); } : D.24745 = 0B; return D.24745; : : D.24775 = result->simd_emit_mode; D.24776 = (int) D.24775; switch (D.24776) , 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.24745 = simd_intrinsic_emit_binary (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_unary (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_setter (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_getter (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_long_getter (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_ctor (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_cast (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_shuffle (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_shift (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_equality (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_load_aligned (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_store (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_extract_mask (result, cfg, cmethod, args); return D.24745; : D.24745 = simd_intrinsic_emit_prefetch (result, cfg, cmethod, args); return D.24745; : 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.24779; int D.22519; short unsigned int D.24780; sizetype D.24781; const char * D.24782; { size_t __s1_len; size_t __s2_len; D.24780 = MEM[(struct SimdIntrinsc *)value].name; D.24781 = (sizetype) D.24780; D.24782 = &method_names + D.24781; D.22519 = __builtin_strcmp (key, D.24782); } D.24779 = D.22519; return D.24779; } simd_version_name (guint32 version) { const char * D.24784; switch (version) , case 1: , case 2: , case 4: , case 8: , case 16: , case 32: , case 64: > : D.24784 = "sse1"; return D.24784; : D.24784 = "sse2"; return D.24784; : D.24784 = "sse3"; return D.24784; : D.24784 = "ssse3"; return D.24784; : D.24784 = "sse41"; return D.24784; : D.24784 = "sse42"; return D.24784; : D.24784 = "sse4a"; return D.24784; : D.24784 = "n/a"; return D.24784; } simd_intrinsic_emit_binary (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24787; struct MonoInst * * D.24788; struct MonoInst * D.24789; struct MonoMemPool * D.24790; long int D.24791; struct MonoInst * D.24792; short unsigned int D.24793; int D.24794; int D.24795; const unsigned char * D.24796; struct MonoClass * D.24797; unsigned int D.24798; int D.24799; D.24800; long int D.24801; struct MonoBasicBlock * D.24802; struct MonoInst * D.24803; struct MonoInst * D.24807; struct MonoInst * ins; int left_vreg; int right_vreg; D.24787 = *args; left_vreg = get_simd_vreg_or_expanded_scalar (cfg, cmethod, D.24787, 0); D.24788 = args + 8; D.24789 = *D.24788; right_vreg = get_simd_vreg_or_expanded_scalar (cfg, cmethod, D.24789, 1); D.24790 = cfg->mempool; ins = mono_mempool_alloc (D.24790, 80); ins->data.op[1].const_val = 0; D.24791 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24791; ins->prev = 0B; D.24792 = ins->prev; ins->next = D.24792; D.24793 = intrinsic->opcode; ins->opcode = D.24793; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24794 = ins->sreg3; ins->sreg2 = D.24794; D.24795 = ins->sreg2; ins->sreg1 = D.24795; D.24796 = cfg->ip; ins->cil_code = D.24796; D.24797 = cmethod->klass; ins->klass = D.24797; ins->sreg1 = left_vreg; ins->sreg2 = right_vreg; ins->type = 7; D.24798 = alloc_ireg (cfg); D.24799 = (int) D.24798; ins->dreg = D.24799; D.24800 = intrinsic->flags; D.24801 = (long int) D.24800; ins->data.op[0].const_val = D.24801; D.24802 = cfg->cbb; D.24803 = D.24802->last_ins; if (D.24803 != 0B) goto ; else goto ; : D.24802 = cfg->cbb; D.24803 = D.24802->last_ins; D.24803->next = ins; D.24802 = cfg->cbb; D.24803 = D.24802->last_ins; ins->prev = D.24803; D.24802 = cfg->cbb; D.24802->last_ins = ins; goto ; : D.24802 = cfg->cbb; D.24802 = cfg->cbb; D.24802->last_ins = ins; D.24803 = D.24802->last_ins; D.24802->code = D.24803; : D.24807 = ins; return D.24807; } get_simd_vreg_or_expanded_scalar (struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * src, int position) { short unsigned int D.24809; _Bool D.24810; long int D.24811; long int D.24812; unsigned int position.28; _Bool D.24816; long int D.24817; long int D.24818; struct MonoType * D.24821; struct MonoClass * D.24822; unsigned char D.24823; unsigned char D.24824; int D.24827; struct MonoMemPool * D.24828; long int D.24829; struct MonoInst * D.24830; short unsigned int D.24831; int D.24832; int D.24833; const unsigned char * D.24834; struct MonoClass * D.24835; int D.24836; unsigned int D.24837; int D.24838; struct MonoBasicBlock * D.24839; struct MonoInst * D.24840; struct MonoInst * D.24846; struct MonoInst * D.24850; struct MonoInst * ins; struct MonoMethodSignature * sig; int expand_op; sig = mono_method_signature (cmethod); D.24809 = sig->param_count; D.24810 = D.24809 != 2; D.24811 = (long int) D.24810; D.24812 = __builtin_expect (D.24811, 0); if (D.24812 != 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.28 = (unsigned int) position; D.24816 = position.28 > 1; D.24817 = (long int) D.24816; D.24818 = __builtin_expect (D.24817, 0); if (D.24818 != 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.24821 = sig->params[position]; D.24822 = mono_class_from_mono_type (D.24821); D.24823 = BIT_FIELD_REF <*D.24822, 8, 288>; D.24824 = D.24823 & 2; if (D.24824 != 0) goto ; else goto ; : D.24827 = get_simd_vreg (cfg, cmethod, src); return D.24827; : D.24821 = sig->params[position]; expand_op = mono_type_to_expand_op (D.24821); D.24828 = cfg->mempool; ins = mono_mempool_alloc (D.24828, 80); ins->data.op[1].const_val = 0; D.24829 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24829; ins->prev = 0B; D.24830 = ins->prev; ins->next = D.24830; D.24831 = (short unsigned int) expand_op; ins->opcode = D.24831; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24832 = ins->sreg3; ins->sreg2 = D.24832; D.24833 = ins->sreg2; ins->sreg1 = D.24833; D.24834 = cfg->ip; ins->cil_code = D.24834; D.24835 = cmethod->klass; ins->klass = D.24835; D.24836 = src->dreg; ins->sreg1 = D.24836; ins->type = 7; D.24837 = alloc_ireg (cfg); D.24838 = (int) D.24837; ins->dreg = D.24838; D.24839 = cfg->cbb; D.24840 = D.24839->last_ins; if (D.24840 != 0B) goto ; else goto ; : D.24839 = cfg->cbb; D.24840 = D.24839->last_ins; D.24840->next = ins; D.24839 = cfg->cbb; D.24840 = D.24839->last_ins; ins->prev = D.24840; D.24839 = cfg->cbb; D.24839->last_ins = ins; goto ; : D.24839 = cfg->cbb; D.24839 = cfg->cbb; D.24839->last_ins = ins; D.24840 = D.24839->last_ins; D.24839->code = D.24840; : if (expand_op == 950) goto ; else goto ; : D.24846 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24846; goto ; : if (expand_op == 952) goto ; else goto ; : D.24850 = get_double_spill_area (cfg); ins->backend.spill_var = D.24850; : : D.24827 = ins->dreg; return D.24827; } mono_type_to_expand_op (struct MonoType * type) { unsigned char D.24852; int D.24853; int D.24854; D.24852 = type->type; D.24853 = (int) D.24852; switch (D.24853) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 10: , case 11: , case 12: , case 13: > : : D.24854 = 947; return D.24854; : : D.24854 = 948; return D.24854; : : D.24854 = 949; return D.24854; : : D.24854 = 951; return D.24854; : D.24854 = 950; return D.24854; : D.24854 = 952; return D.24854; : 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.24856; struct MonoClass * D.24859; struct MonoType * D.24860; struct MonoInst * D.24861; unsigned char D.24862; unsigned char D.24863; struct MonoInst * D.24864; D.24856 = cfg->iconv_raw_var; if (D.24856 == 0B) goto ; else goto ; : D.24859 = mono_defaults.int32_class; D.24860 = &D.24859->byval_arg; D.24861 = mono_compile_create_var (cfg, D.24860, 329); cfg->iconv_raw_var = D.24861; D.24856 = cfg->iconv_raw_var; D.24856 = cfg->iconv_raw_var; D.24862 = D.24856->flags; D.24863 = D.24862 | 4; D.24856->flags = D.24863; : D.24864 = cfg->iconv_raw_var; return D.24864; } get_double_spill_area (struct MonoCompile * cfg) { struct MonoInst * D.24866; struct MonoClass * D.24869; struct MonoType * D.24870; struct MonoInst * D.24871; unsigned char D.24872; unsigned char D.24873; struct MonoInst * D.24874; D.24866 = cfg->fconv_to_r8_x_var; if (D.24866 == 0B) goto ; else goto ; : D.24869 = mono_defaults.double_class; D.24870 = &D.24869->byval_arg; D.24871 = mono_compile_create_var (cfg, D.24870, 329); cfg->fconv_to_r8_x_var = D.24871; D.24866 = cfg->fconv_to_r8_x_var; D.24866 = cfg->fconv_to_r8_x_var; D.24872 = D.24866->flags; D.24873 = D.24872 | 4; D.24866->flags = D.24873; : D.24874 = cfg->fconv_to_r8_x_var; return D.24874; } simd_intrinsic_emit_unary (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.24876; struct MonoMemPool * D.24877; long int D.24878; struct MonoInst * D.24879; short unsigned int D.24880; int D.24881; int D.24882; const unsigned char * D.24883; struct MonoClass * D.24884; unsigned int D.24885; int D.24886; struct MonoBasicBlock * D.24887; struct MonoInst * D.24888; struct MonoInst * D.24892; struct MonoInst * ins; int vreg; D.24876 = *args; vreg = get_simd_vreg (cfg, cmethod, D.24876); D.24877 = cfg->mempool; ins = mono_mempool_alloc (D.24877, 80); ins->data.op[1].const_val = 0; D.24878 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24878; ins->prev = 0B; D.24879 = ins->prev; ins->next = D.24879; D.24880 = intrinsic->opcode; ins->opcode = D.24880; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24881 = ins->sreg3; ins->sreg2 = D.24881; D.24882 = ins->sreg2; ins->sreg1 = D.24882; D.24883 = cfg->ip; ins->cil_code = D.24883; D.24884 = cmethod->klass; ins->klass = D.24884; ins->sreg1 = vreg; ins->type = 7; D.24885 = alloc_ireg (cfg); D.24886 = (int) D.24885; ins->dreg = D.24886; D.24887 = cfg->cbb; D.24888 = D.24887->last_ins; if (D.24888 != 0B) goto ; else goto ; : D.24887 = cfg->cbb; D.24888 = D.24887->last_ins; D.24888->next = ins; D.24887 = cfg->cbb; D.24888 = D.24887->last_ins; ins->prev = D.24888; D.24887 = cfg->cbb; D.24887->last_ins = ins; goto ; : D.24887 = cfg->cbb; D.24887 = cfg->cbb; D.24887->last_ins = ins; D.24888 = D.24887->last_ins; D.24887->code = D.24888; : D.24892 = ins; return D.24892; } simd_intrinsic_emit_setter (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoType * D.24894; struct MonoMemPool * D.24897; long int D.24898; struct MonoInst * D.24899; int D.24900; short unsigned int D.24901; int D.24902; int D.24903; const unsigned char * D.24904; struct MonoClass * D.24905; struct MonoInst * D.24906; int D.24907; struct MonoInst * * D.24908; struct MonoInst * D.24909; int D.24910; short unsigned int D.24911; long int D.24912; struct MonoBasicBlock * D.24913; struct MonoInst * D.24914; _Bool D.24922; _Bool D.24923; _Bool D.24924; int D.24926; short unsigned int D.24927; unsigned char D.24928; struct MonoInst * D.24931; struct MonoInst * D.24935; unsigned int D.24939; short unsigned int D.24940; long int D.24941; int indirect.29; int D.24951; struct MonoInst * D.24955; struct MonoInst * ins; struct MonoMethodSignature * sig; int size; int align; gboolean indirect; int dreg; try { sig = mono_method_signature (cmethod); D.24894 = sig->params[0]; size = mono_type_size (D.24894, &align); if (0 != 0) goto ; else goto ; : D.24897 = cfg->mempool; ins = mono_mempool_alloc (D.24897, 80); ins->data.op[1].const_val = 0; D.24898 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24898; ins->prev = 0B; D.24899 = ins->prev; ins->next = D.24899; D.24894 = sig->params[0]; D.24900 = mono_type_to_insert_op (D.24894); D.24901 = (short unsigned int) D.24900; ins->opcode = D.24901; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24902 = ins->sreg3; ins->sreg2 = D.24902; D.24903 = ins->sreg2; ins->sreg1 = D.24903; D.24904 = cfg->ip; ins->cil_code = D.24904; D.24905 = cmethod->klass; ins->klass = D.24905; D.24906 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24906, &indirect); ins->sreg1 = dreg; D.24907 = ins->sreg1; ins->dreg = D.24907; D.24908 = args + 8; D.24909 = *D.24908; D.24910 = D.24909->dreg; ins->sreg2 = D.24910; D.24911 = intrinsic->opcode; D.24912 = (long int) D.24911; ins->data.op[0].const_val = D.24912; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; if (D.24914 != 0B) goto ; else goto ; : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; D.24914->next = ins; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; ins->prev = D.24914; D.24913 = cfg->cbb; D.24913->last_ins = ins; goto ; : D.24913 = cfg->cbb; D.24913 = cfg->cbb; D.24913->last_ins = ins; D.24914 = D.24913->last_ins; D.24913->code = D.24914; : goto ; : D.24922 = size == 2; D.24923 = size == 4; D.24924 = D.24922 | D.24923; if (D.24924 != 0) goto ; else goto ; : if (size == 8) goto ; else goto ; : D.24897 = cfg->mempool; ins = mono_mempool_alloc (D.24897, 80); ins->data.op[1].const_val = 0; D.24898 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24898; ins->prev = 0B; D.24899 = ins->prev; ins->next = D.24899; D.24894 = sig->params[0]; D.24926 = mono_type_to_slow_insert_op (D.24894); D.24927 = (short unsigned int) D.24926; ins->opcode = D.24927; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24902 = ins->sreg3; ins->sreg2 = D.24902; D.24903 = ins->sreg2; ins->sreg1 = D.24903; D.24904 = cfg->ip; ins->cil_code = D.24904; D.24905 = cmethod->klass; ins->klass = D.24905; D.24906 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24906, &indirect); ins->sreg1 = dreg; D.24907 = ins->sreg1; ins->dreg = D.24907; D.24908 = args + 8; D.24909 = *D.24908; D.24910 = D.24909->dreg; ins->sreg2 = D.24910; D.24911 = intrinsic->opcode; D.24912 = (long int) D.24911; ins->data.op[0].const_val = D.24912; D.24894 = sig->params[0]; D.24928 = D.24894->type; if (D.24928 == 12) goto ; else goto ; : D.24931 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.24931; goto ; : D.24894 = sig->params[0]; D.24928 = D.24894->type; if (D.24928 == 13) goto ; else goto ; : D.24935 = get_double_spill_area (cfg); ins->backend.spill_var = D.24935; : : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; if (D.24914 != 0B) goto ; else goto ; : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; D.24914->next = ins; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; ins->prev = D.24914; D.24913 = cfg->cbb; D.24913->last_ins = ins; goto ; : D.24913 = cfg->cbb; D.24913 = cfg->cbb; D.24913->last_ins = ins; D.24914 = D.24913->last_ins; D.24913->code = D.24914; : goto ; : { int vreg; int sreg; D.24897 = cfg->mempool; ins = mono_mempool_alloc (D.24897, 80); ins->data.op[1].const_val = 0; D.24898 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24898; ins->prev = 0B; D.24899 = ins->prev; ins->next = D.24899; ins->opcode = 938; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24902 = ins->sreg3; ins->sreg2 = D.24902; D.24903 = ins->sreg2; ins->sreg1 = D.24903; D.24904 = cfg->ip; ins->cil_code = D.24904; D.24905 = cmethod->klass; ins->klass = D.24905; D.24906 = *args; dreg = load_simd_vreg (cfg, cmethod, D.24906, &indirect); sreg = dreg; ins->sreg1 = sreg; ins->type = 1; D.24939 = alloc_ireg (cfg); vreg = (int) D.24939; ins->dreg = vreg; D.24911 = intrinsic->opcode; D.24940 = D.24911 / 2; D.24941 = (long int) D.24940; ins->data.op[0].const_val = D.24941; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; if (D.24914 != 0B) goto ; else goto ; : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; D.24914->next = ins; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; ins->prev = D.24914; D.24913 = cfg->cbb; D.24913->last_ins = ins; goto ; : D.24913 = cfg->cbb; D.24913 = cfg->cbb; D.24913->last_ins = ins; D.24914 = D.24913->last_ins; D.24913->code = D.24914; : D.24897 = cfg->mempool; ins = mono_mempool_alloc (D.24897, 80); ins->data.op[1].const_val = 0; D.24898 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24898; ins->prev = 0B; D.24899 = ins->prev; ins->next = D.24899; ins->opcode = 939; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24902 = ins->sreg3; ins->sreg2 = D.24902; D.24903 = ins->sreg2; ins->sreg1 = D.24903; D.24904 = cfg->ip; ins->cil_code = D.24904; D.24905 = cmethod->klass; ins->klass = D.24905; ins->sreg1 = vreg; D.24908 = args + 8; D.24909 = *D.24908; D.24910 = D.24909->dreg; ins->sreg2 = D.24910; ins->dreg = sreg; D.24911 = intrinsic->opcode; D.24912 = (long int) D.24911; ins->data.op[0].const_val = D.24912; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; if (D.24914 != 0B) goto ; else goto ; : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; D.24914->next = ins; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; ins->prev = D.24914; D.24913 = cfg->cbb; D.24913->last_ins = ins; goto ; : D.24913 = cfg->cbb; D.24913 = cfg->cbb; D.24913->last_ins = ins; D.24914 = D.24913->last_ins; D.24913->code = D.24914; : } : : indirect.29 = indirect; if (indirect.29 != 0) goto ; else goto ; : D.24897 = cfg->mempool; ins = mono_mempool_alloc (D.24897, 80); ins->data.op[1].const_val = 0; D.24898 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24898; ins->prev = 0B; D.24899 = ins->prev; ins->next = D.24899; ins->opcode = 389; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24902 = ins->sreg3; ins->sreg2 = D.24902; D.24903 = ins->sreg2; ins->sreg1 = D.24903; D.24904 = cfg->ip; ins->cil_code = D.24904; D.24905 = cmethod->klass; ins->klass = D.24905; D.24906 = *args; D.24951 = D.24906->dreg; ins->dreg = D.24951; ins->sreg1 = dreg; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; if (D.24914 != 0B) goto ; else goto ; : D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; D.24914->next = ins; D.24913 = cfg->cbb; D.24914 = D.24913->last_ins; ins->prev = D.24914; D.24913 = cfg->cbb; D.24913->last_ins = ins; goto ; : D.24913 = cfg->cbb; D.24913 = cfg->cbb; D.24913->last_ins = ins; D.24914 = D.24913->last_ins; D.24913->code = D.24914; : : D.24955 = ins; return D.24955; } finally { align = {CLOBBER}; indirect = {CLOBBER}; } } mono_type_to_slow_insert_op (struct MonoType * type) { unsigned char D.24958; int D.24959; int D.24960; D.24958 = type->type; D.24959 = (int) D.24958; switch (D.24959) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 10: , case 11: , case 12: , case 13: > : : D.24960 = 939; return D.24960; : : D.24960 = 937; return D.24960; : : D.24960 = 940; return D.24960; : : D.24960 = 943; return D.24960; : D.24960 = 941; return D.24960; : D.24960 = 942; return D.24960; : 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.24964; int D.24967; void * D.24970; int D.24971; int D.24972; unsigned char D.24973; unsigned char D.24976; _Bool D.24977; _Bool D.24978; _Bool D.24979; struct MonoMemPool * D.24984; long int D.24985; struct MonoInst * D.24986; int D.24987; int D.24988; const unsigned char * D.24989; struct MonoClass * D.24990; int D.24991; unsigned int D.24992; int D.24993; struct MonoBasicBlock * D.24994; struct MonoInst * D.24995; int D.24999; if (indirect != 0B) goto ; else goto ; : *indirect = 0; : D.24964 = src->opcode; if (D.24964 == 962) goto ; else goto ; : D.24967 = src->sreg1; return D.24967; : D.24964 = src->opcode; if (D.24964 == 314) goto ; else goto ; : { int res; D.24970 = src->data.op[0].p; res = MEM[(struct MonoInst *)D.24970].dreg; src->opcode = 316; src->dreg = -1; src->sreg3 = -1; D.24971 = src->sreg3; src->sreg2 = D.24971; D.24972 = src->sreg2; src->sreg1 = D.24972; D.24967 = res; return D.24967; } : D.24973 = src->type; if (D.24973 == 7) goto ; else goto ; : D.24967 = src->dreg; return D.24967; : D.24976 = src->type; D.24977 = D.24976 == 3; D.24978 = D.24976 == 5; D.24979 = D.24977 | D.24978; if (D.24979 != 0) goto ; else goto ; : { struct MonoInst * ins; if (indirect != 0B) goto ; else goto ; : *indirect = 1; : D.24984 = cfg->mempool; ins = mono_mempool_alloc (D.24984, 80); ins->data.op[1].const_val = 0; D.24985 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.24985; ins->prev = 0B; D.24986 = ins->prev; ins->next = D.24986; ins->opcode = 401; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.24987 = ins->sreg3; ins->sreg2 = D.24987; D.24988 = ins->sreg2; ins->sreg1 = D.24988; D.24989 = cfg->ip; ins->cil_code = D.24989; D.24990 = cmethod->klass; ins->klass = D.24990; D.24991 = src->dreg; ins->sreg1 = D.24991; ins->type = 7; D.24992 = alloc_ireg (cfg); D.24993 = (int) D.24992; ins->dreg = D.24993; D.24994 = cfg->cbb; D.24995 = D.24994->last_ins; if (D.24995 != 0B) goto ; else goto ; : D.24994 = cfg->cbb; D.24995 = D.24994->last_ins; D.24995->next = ins; D.24994 = cfg->cbb; D.24995 = D.24994->last_ins; ins->prev = D.24995; D.24994 = cfg->cbb; D.24994->last_ins = ins; goto ; : D.24994 = cfg->cbb; D.24994 = cfg->cbb; D.24994->last_ins = ins; D.24995 = D.24994->last_ins; D.24994->code = D.24995; : D.24967 = ins->dreg; return D.24967; } : D.24973 = src->type; D.24999 = (int) D.24973; monoeg_g_log (0B, 16, "load_simd_vreg:: could not infer source simd (%d) vreg for op", D.24999); 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.25001; struct MonoInst * D.25002; short unsigned int D.25003; int D.25004; int D.25005; unsigned char D.25008; unsigned char D.25009; struct MonoMemPool * D.25012; long int D.25013; struct MonoInst * D.25014; int D.25015; int D.25016; const unsigned char * D.25017; struct MonoClass * D.25018; long int D.25019; unsigned int D.25020; struct MonoBasicBlock * D.25021; struct MonoInst * D.25022; int D.25026; short unsigned int D.25027; unsigned int D.25028; long int D.25031; int D.25033; int D.25034; int D.25035; long int D.25036; unsigned char D.25040; struct MonoClass * D.25043; unsigned int D.25044; int D.25045; struct MonoInst * D.25046; struct MonoInst * D.25050; struct MonoInst * ins; struct MonoMethodSignature * sig; int vreg; int shift_bits; sig = mono_method_signature (cmethod); D.25001 = sig->ret; shift_bits = mono_type_elements_shift_bits (D.25001); D.25002 = *args; vreg = load_simd_vreg (cfg, cmethod, D.25002, 0B); D.25003 = intrinsic->opcode; D.25004 = (int) D.25003; D.25005 = D.25004 >> shift_bits; if (D.25005 != 0) goto ; else goto ; : D.25008 = BIT_FIELD_REF <*cfg, 8, 5608>; D.25009 = D.25008 & 1; if (D.25009 == 0) goto ; else goto ; : D.25012 = cfg->mempool; ins = mono_mempool_alloc (D.25012, 80); ins->data.op[1].const_val = 0; D.25013 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25013; ins->prev = 0B; D.25014 = ins->prev; ins->next = D.25014; ins->opcode = 825; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25015 = ins->sreg3; ins->sreg2 = D.25015; D.25016 = ins->sreg2; ins->sreg1 = D.25016; D.25017 = cfg->ip; ins->cil_code = D.25017; D.25018 = cmethod->klass; ins->klass = D.25018; ins->sreg1 = vreg; D.25003 = intrinsic->opcode; D.25004 = (int) D.25003; D.25005 = D.25004 >> shift_bits; D.25019 = (long int) D.25005; ins->data.op[0].const_val = D.25019; ins->type = 7; D.25020 = alloc_ireg (cfg); vreg = (int) D.25020; ins->dreg = vreg; D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; if (D.25022 != 0B) goto ; else goto ; : D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; D.25022->next = ins; D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; ins->prev = D.25022; D.25021 = cfg->cbb; D.25021->last_ins = ins; goto ; : D.25021 = cfg->cbb; D.25021 = cfg->cbb; D.25021->last_ins = ins; D.25022 = D.25021->last_ins; D.25021->code = D.25022; : : : D.25012 = cfg->mempool; ins = mono_mempool_alloc (D.25012, 80); ins->data.op[1].const_val = 0; D.25013 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25013; ins->prev = 0B; D.25014 = ins->prev; ins->next = D.25014; D.25001 = sig->ret; D.25026 = mono_type_to_extract_op (D.25001); D.25027 = (short unsigned int) D.25026; ins->opcode = D.25027; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25015 = ins->sreg3; ins->sreg2 = D.25015; D.25016 = ins->sreg2; ins->sreg1 = D.25016; D.25017 = cfg->ip; ins->cil_code = D.25017; D.25018 = cmethod->klass; ins->klass = D.25018; ins->sreg1 = vreg; ins->type = 1; D.25028 = alloc_ireg (cfg); vreg = (int) D.25028; ins->dreg = vreg; D.25008 = BIT_FIELD_REF <*cfg, 8, 5608>; D.25009 = D.25008 & 1; if (D.25009 != 0) goto ; else goto ; : D.25003 = intrinsic->opcode; D.25031 = (long int) D.25003; ins->data.op[0].const_val = D.25031; goto ; : D.25003 = intrinsic->opcode; D.25004 = (int) D.25003; D.25033 = 1 << shift_bits; D.25034 = D.25033 + -1; D.25035 = D.25004 & D.25034; D.25036 = (long int) D.25035; ins->data.op[0].const_val = D.25036; : D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; if (D.25022 != 0B) goto ; else goto ; : D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; D.25022->next = ins; D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; ins->prev = D.25022; D.25021 = cfg->cbb; D.25021->last_ins = ins; goto ; : D.25021 = cfg->cbb; D.25021 = cfg->cbb; D.25021->last_ins = ins; D.25022 = D.25021->last_ins; D.25021->code = D.25022; : D.25001 = sig->ret; D.25040 = D.25001->type; if (D.25040 == 12) goto ; else goto ; : D.25012 = cfg->mempool; ins = mono_mempool_alloc (D.25012, 80); ins->data.op[1].const_val = 0; D.25013 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25013; ins->prev = 0B; D.25014 = ins->prev; ins->next = D.25014; ins->opcode = 925; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25015 = ins->sreg3; ins->sreg2 = D.25015; D.25016 = ins->sreg2; ins->sreg1 = D.25016; D.25017 = cfg->ip; ins->cil_code = D.25017; D.25043 = mono_defaults.single_class; ins->klass = D.25043; ins->sreg1 = vreg; ins->type = 4; D.25044 = alloc_freg (cfg); D.25045 = (int) D.25044; ins->dreg = D.25045; D.25046 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.25046; D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; if (D.25022 != 0B) goto ; else goto ; : D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; D.25022->next = ins; D.25021 = cfg->cbb; D.25022 = D.25021->last_ins; ins->prev = D.25022; D.25021 = cfg->cbb; D.25021->last_ins = ins; goto ; : D.25021 = cfg->cbb; D.25021 = cfg->cbb; D.25021->last_ins = ins; D.25022 = D.25021->last_ins; D.25021->code = D.25022; : : D.25050 = ins; return D.25050; } mono_type_elements_shift_bits (struct MonoType * type) { unsigned char D.25052; int D.25053; int D.25054; D.25052 = type->type; D.25053 = (int) D.25052; switch (D.25053) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 12: > : : D.25054 = 2; return D.25054; : : D.25054 = 1; return D.25054; : : : D.25054 = 0; return D.25054; : 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.25056; int D.25057; int D.25058; D.25056 = type->type; D.25057 = (int) D.25056; switch (D.25057) , case 4: , case 5: , case 6: , case 7: , case 8: , case 9: , case 12: > : D.25058 = 928; return D.25058; : D.25058 = 929; return D.25058; : D.25058 = 926; return D.25058; : D.25058 = 927; return D.25058; : : : D.25058 = 924; return D.25058; : 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.25060; struct MonoType * D.25061; unsigned char D.25062; _Bool D.25063; struct MonoInst * D.25064; struct MonoMemPool * D.25065; long int D.25066; struct MonoInst * D.25067; guint16 iftmp.30; int D.25072; int D.25073; const unsigned char * D.25074; struct MonoClass * D.25075; short unsigned int D.25076; long int D.25077; unsigned int D.25080; int D.25081; struct MonoInst * D.25082; unsigned int D.25084; int D.25085; struct MonoBasicBlock * D.25086; struct MonoInst * D.25087; struct MonoInst * D.25091; struct MonoInst * ins; int vreg; gboolean is_r8; D.25060 = mono_method_signature (cmethod); D.25061 = D.25060->ret; D.25062 = D.25061->type; D.25063 = D.25062 == 13; is_r8 = (gboolean) D.25063; D.25064 = *args; vreg = load_simd_vreg (cfg, cmethod, D.25064, 0B); D.25065 = cfg->mempool; ins = mono_mempool_alloc (D.25065, 80); ins->data.op[1].const_val = 0; D.25066 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25066; ins->prev = 0B; D.25067 = ins->prev; ins->next = D.25067; if (is_r8 != 0) goto ; else goto ; : iftmp.30 = 930; goto ; : iftmp.30 = 931; : ins->opcode = iftmp.30; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25072 = ins->sreg3; ins->sreg2 = D.25072; D.25073 = ins->sreg2; ins->sreg1 = D.25073; D.25074 = cfg->ip; ins->cil_code = D.25074; D.25075 = cmethod->klass; ins->klass = D.25075; ins->sreg1 = vreg; D.25076 = intrinsic->opcode; D.25077 = (long int) D.25076; ins->data.op[0].const_val = D.25077; if (is_r8 != 0) goto ; else goto ; : ins->type = 4; D.25080 = alloc_freg (cfg); D.25081 = (int) D.25080; ins->dreg = D.25081; D.25082 = get_double_spill_area (cfg); ins->backend.spill_var = D.25082; goto ; : ins->type = 2; D.25084 = alloc_lreg (cfg); D.25085 = (int) D.25084; ins->dreg = D.25085; : D.25086 = cfg->cbb; D.25087 = D.25086->last_ins; if (D.25087 != 0B) goto ; else goto ; : D.25086 = cfg->cbb; D.25087 = D.25086->last_ins; D.25087->next = ins; D.25086 = cfg->cbb; D.25087 = D.25086->last_ins; ins->prev = D.25087; D.25086 = cfg->cbb; D.25086->last_ins = ins; goto ; : D.25086 = cfg->cbb; D.25086 = cfg->cbb; D.25086->last_ins = ins; D.25087 = D.25086->last_ins; D.25086->code = D.25087; : D.25091 = ins; return D.25091; } simd_intrinsic_emit_ctor (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.25093; short unsigned int D.25094; _Bool D.25095; struct MonoType * D.25096; unsigned int D.25097; short unsigned int D.25098; struct MonoInst * D.25103; int D.25104; int D.25105; unsigned char D.25107; _Bool D.25108; _Bool D.25109; _Bool D.25110; int D.25111; _Bool D.25112; long int D.25113; long int D.25114; unsigned int D.25117; struct MonoMemPool * D.25118; long int D.25119; struct MonoInst * D.25120; short unsigned int D.25121; int D.25122; int D.25123; const unsigned char * D.25124; struct MonoClass * D.25125; struct MonoInst * * D.25126; struct MonoInst * D.25127; int D.25128; struct MonoBasicBlock * D.25129; struct MonoInst * D.25130; unsigned char D.25134; struct MonoInst * D.25137; struct MonoInst * D.25141; int D.25144; struct MonoInst * D.25148; struct MonoInst * D.25151; struct MonoInst * D.25152; unsigned char D.25153; unsigned char D.25154; struct MonoInst * D.25155; struct MonoClass * D.25156; unsigned int D.25157; int D.25158; int D.25159; _Bool D.25160; long int D.25161; long int D.25162; struct MonoInst * D.25165; struct MonoType * D.25166; int D.25167; struct MonoInst * iftmp.31; struct MonoInst * D.25173; int D.25174; int D.25175; unsigned int D.25176; unsigned int D.25177; struct MonoInst * * D.25180; struct MonoInst * D.25181; int D.25182; sizetype D.25183; sizetype D.25184; sizetype D.25185; struct MonoInst * * D.25186; struct MonoInst * iftmp.32; struct MonoInst * D.25189; int D.25190; int D.25191; unsigned int D.25192; struct MonoInst * D.25195; int D.25196; sizetype D.25197; sizetype D.25198; sizetype D.25199; struct MonoInst * * D.25200; _Bool D.25202; long int D.25203; long int D.25204; _Bool D.25207; long int D.25208; long int D.25209; unsigned char D.25212; unsigned char D.25213; unsigned char D.25214; unsigned char D.25215; unsigned char D.25220; _Bool D.25221; _Bool D.25222; _Bool D.25223; int D.25224; _Bool D.25225; long int D.25226; long int D.25227; int D.25230; int i.33; short unsigned int D.25232; int i.34; sizetype D.25234; sizetype D.25235; sizetype D.25236; struct MonoInst * * D.25237; struct MonoInst * D.25238; int D.25239; int D.25240; long int D.25241; int i.35; void * D.25248; struct MonoInst * ins; int i; int addr_reg; gboolean is_ldaddr; struct MonoMethodSignature * sig; int store_op; int arg_size; try { ins = 0B; D.25093 = *args; D.25094 = D.25093->opcode; D.25095 = D.25094 == 314; is_ldaddr = (gboolean) D.25095; sig = mono_method_signature (cmethod); D.25096 = sig->params[0]; D.25097 = mono_type_to_store_membase (cfg, D.25096); store_op = (int) D.25097; D.25096 = sig->params[0]; arg_size = mono_type_size (D.25096, &i); D.25098 = sig->param_count; if (D.25098 == 1) goto ; else goto ; : { int dreg; if (is_ldaddr != 0) goto ; else goto ; : D.25093 = *args; D.25103 = D.25093->data.op[0].src; dreg = D.25103->dreg; D.25093 = *args; D.25093->opcode = 316; D.25093 = *args; D.25093->dreg = -1; D.25093 = *args; D.25093 = *args; D.25093 = *args; D.25093->sreg3 = -1; D.25104 = D.25093->sreg3; D.25093->sreg2 = D.25104; D.25105 = D.25093->sreg2; D.25093->sreg1 = D.25105; goto ; : D.25093 = *args; D.25107 = D.25093->type; D.25108 = D.25107 != 5; D.25109 = D.25107 != 3; D.25110 = D.25108 & D.25109; D.25111 = (int) D.25110; D.25112 = D.25111 != 0; D.25113 = (long int) D.25112; D.25114 = __builtin_expect (D.25113, 0); if (D.25114 != 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.25117 = alloc_ireg (cfg); dreg = (int) D.25117; : D.25118 = cfg->mempool; ins = mono_mempool_alloc (D.25118, 80); ins->data.op[1].const_val = 0; D.25119 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25119; ins->prev = 0B; D.25120 = ins->prev; ins->next = D.25120; D.25121 = intrinsic->opcode; ins->opcode = D.25121; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25122 = ins->sreg3; ins->sreg2 = D.25122; D.25123 = ins->sreg2; ins->sreg1 = D.25123; D.25124 = cfg->ip; ins->cil_code = D.25124; D.25125 = cmethod->klass; ins->klass = D.25125; D.25126 = args + 8; D.25127 = *D.25126; D.25128 = D.25127->dreg; ins->sreg1 = D.25128; ins->type = 7; ins->dreg = dreg; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; if (D.25130 != 0B) goto ; else goto ; : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; D.25130->next = ins; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; ins->prev = D.25130; D.25129 = cfg->cbb; D.25129->last_ins = ins; goto ; : D.25129 = cfg->cbb; D.25129 = cfg->cbb; D.25129->last_ins = ins; D.25130 = D.25129->last_ins; D.25129->code = D.25130; : D.25096 = sig->params[0]; D.25134 = D.25096->type; if (D.25134 == 12) goto ; else goto ; : D.25137 = get_int_to_float_spill_area (cfg); ins->backend.spill_var = D.25137; goto ; : D.25096 = sig->params[0]; D.25134 = D.25096->type; if (D.25134 == 13) goto ; else goto ; : D.25141 = get_double_spill_area (cfg); ins->backend.spill_var = D.25141; : : if (is_ldaddr == 0) goto ; else goto ; : D.25118 = cfg->mempool; ins = mono_mempool_alloc (D.25118, 80); ins->data.op[1].const_val = 0; D.25119 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25119; ins->prev = 0B; D.25120 = ins->prev; ins->next = D.25120; ins->opcode = 389; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25122 = ins->sreg3; ins->sreg2 = D.25122; D.25123 = ins->sreg2; ins->sreg1 = D.25123; D.25124 = cfg->ip; ins->cil_code = D.25124; D.25093 = *args; D.25144 = D.25093->dreg; ins->dreg = D.25144; ins->sreg1 = dreg; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; if (D.25130 != 0B) goto ; else goto ; : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; D.25130->next = ins; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; ins->prev = D.25130; D.25129 = cfg->cbb; D.25129->last_ins = ins; goto ; : D.25129 = cfg->cbb; D.25129 = cfg->cbb; D.25129->last_ins = ins; D.25130 = D.25129->last_ins; D.25129->code = D.25130; : : D.25148 = ins; return D.25148; } : if (is_ldaddr != 0) goto ; else goto ; : D.25118 = cfg->mempool; ins = mono_mempool_alloc (D.25118, 80); ins->data.op[1].const_val = 0; D.25119 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25119; ins->prev = 0B; D.25120 = ins->prev; ins->next = D.25120; ins->opcode = 314; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25122 = ins->sreg3; ins->sreg2 = D.25122; D.25123 = ins->sreg2; ins->sreg1 = D.25123; D.25124 = cfg->ip; ins->cil_code = D.25124; D.25125 = cmethod->klass; D.25151 = get_simd_ctor_spill_area (cfg, D.25125); ins->data.op[0].p = D.25151; D.25125 = cmethod->klass; D.25152 = get_simd_ctor_spill_area (cfg, D.25125); D.25153 = D.25152->flags; D.25154 = D.25153 | 16; D.25152->flags = D.25154; ins->type = 5; D.25125 = cmethod->klass; D.25155 = get_simd_ctor_spill_area (cfg, D.25125); D.25156 = D.25155->klass; ins->klass = D.25156; D.25157 = alloc_dreg (cfg, 5); D.25158 = (int) D.25157; ins->dreg = D.25158; cfg->has_indirection = 1; D.25159 = cfg->gsharedvt; D.25160 = D.25159 != 0; D.25161 = (long int) D.25160; D.25162 = __builtin_expect (D.25161, 0); if (D.25162 != 0) goto ; else goto ; : D.25125 = cmethod->klass; D.25165 = get_simd_ctor_spill_area (cfg, D.25125); D.25166 = D.25165->data.op[1].vtype; D.25167 = mini_is_gsharedvt_variable_type (cfg, D.25166); if (D.25167 != 0) goto ; else goto ; : handle_gsharedvt_ldaddr (cfg); : : if (0 != 0) goto ; else goto ; : { struct MonoInst * var1; struct MonoInst * var2; D.25125 = cmethod->klass; D.25173 = get_simd_ctor_spill_area (cfg, D.25125); D.25174 = D.25173->dreg; D.25175 = D.25174 + 1; D.25176 = (unsigned int) D.25175; D.25177 = cfg->vreg_to_inst_len; if (D.25176 < D.25177) goto ; else goto ; : D.25180 = cfg->vreg_to_inst; D.25125 = cmethod->klass; D.25181 = get_simd_ctor_spill_area (cfg, D.25125); D.25182 = D.25181->dreg; D.25183 = (sizetype) D.25182; D.25184 = D.25183 + 1; D.25185 = D.25184 * 8; D.25186 = D.25180 + D.25185; iftmp.31 = *D.25186; goto ; : iftmp.31 = 0B; : var1 = iftmp.31; D.25125 = cmethod->klass; D.25189 = get_simd_ctor_spill_area (cfg, D.25125); D.25190 = D.25189->dreg; D.25191 = D.25190 + 2; D.25192 = (unsigned int) D.25191; D.25177 = cfg->vreg_to_inst_len; if (D.25192 < D.25177) goto ; else goto ; : D.25180 = cfg->vreg_to_inst; D.25125 = cmethod->klass; D.25195 = get_simd_ctor_spill_area (cfg, D.25125); D.25196 = D.25195->dreg; D.25197 = (sizetype) D.25196; D.25198 = D.25197 + 2; D.25199 = D.25198 * 8; D.25200 = D.25180 + D.25199; iftmp.32 = *D.25200; goto ; : iftmp.32 = 0B; : var2 = iftmp.32; D.25202 = var1 == 0B; D.25203 = (long int) D.25202; D.25204 = __builtin_expect (D.25203, 0); if (D.25204 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1235, "var1"); : D.25207 = var2 == 0B; D.25208 = (long int) D.25207; D.25209 = __builtin_expect (D.25208, 0); if (D.25209 != 0) goto ; else goto ; : monoeg_assertion_message ("* Assertion at %s:%d, condition `%s\' not met\n", "simd-intrinsics.c", 1235, "var2"); : D.25212 = var1->flags; D.25213 = D.25212 | 16; var1->flags = D.25213; D.25214 = var2->flags; D.25215 = D.25214 | 16; var2->flags = D.25215; } : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; if (D.25130 != 0B) goto ; else goto ; : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; D.25130->next = ins; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; ins->prev = D.25130; D.25129 = cfg->cbb; D.25129->last_ins = ins; goto ; : D.25129 = cfg->cbb; D.25129 = cfg->cbb; D.25129->last_ins = ins; D.25130 = D.25129->last_ins; D.25129->code = D.25130; : addr_reg = ins->dreg; goto ; : D.25093 = *args; D.25220 = D.25093->type; D.25221 = D.25220 != 5; D.25222 = D.25220 != 3; D.25223 = D.25221 & D.25222; D.25224 = (int) D.25223; D.25225 = D.25224 != 0; D.25226 = (long int) D.25225; D.25227 = __builtin_expect (D.25226, 0); if (D.25227 != 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.25093 = *args; addr_reg = D.25093->dreg; : D.25098 = sig->param_count; D.25230 = (int) D.25098; i.33 = D.25230 + -1; i = i.33; goto ; : D.25118 = cfg->mempool; ins = mono_mempool_alloc (D.25118, 80); ins->data.op[1].const_val = 0; D.25119 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25119; ins->prev = 0B; D.25120 = ins->prev; ins->next = D.25120; D.25232 = (short unsigned int) store_op; ins->opcode = D.25232; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25122 = ins->sreg3; ins->sreg2 = D.25122; D.25123 = ins->sreg2; ins->sreg1 = D.25123; D.25124 = cfg->ip; ins->cil_code = D.25124; i.34 = i; D.25234 = (sizetype) i.34; D.25235 = D.25234 + 1; D.25236 = D.25235 * 8; D.25237 = args + D.25236; D.25238 = *D.25237; D.25239 = D.25238->dreg; ins->sreg1 = D.25239; ins->dreg = addr_reg; i.34 = i; D.25240 = i.34 * arg_size; D.25241 = (long int) D.25240; ins->data.op[0].const_val = D.25241; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; if (D.25130 != 0B) goto ; else goto ; : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; D.25130->next = ins; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; ins->prev = D.25130; D.25129 = cfg->cbb; D.25129->last_ins = ins; goto ; : D.25129 = cfg->cbb; D.25129 = cfg->cbb; D.25129->last_ins = ins; D.25130 = D.25129->last_ins; D.25129->code = D.25130; : i.34 = i; i.35 = i.34 + -1; i = i.35; : i.34 = i; if (i.34 >= 0) goto ; else goto ; : if (is_ldaddr != 0) goto ; else goto ; : { int vreg; D.25093 = *args; D.25248 = D.25093->data.op[0].p; vreg = MEM[(struct MonoInst *)D.25248].dreg; D.25093 = *args; D.25093->opcode = 316; D.25093 = *args; D.25093->dreg = -1; D.25093 = *args; D.25093 = *args; D.25093 = *args; D.25093->sreg3 = -1; D.25104 = D.25093->sreg3; D.25093->sreg2 = D.25104; D.25105 = D.25093->sreg2; D.25093->sreg1 = D.25105; D.25118 = cfg->mempool; ins = mono_mempool_alloc (D.25118, 80); ins->data.op[1].const_val = 0; D.25119 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25119; ins->prev = 0B; D.25120 = ins->prev; ins->next = D.25120; ins->opcode = 401; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25122 = ins->sreg3; ins->sreg2 = D.25122; D.25123 = ins->sreg2; ins->sreg1 = D.25123; D.25124 = cfg->ip; ins->cil_code = D.25124; D.25125 = cmethod->klass; ins->klass = D.25125; ins->sreg1 = addr_reg; ins->type = 7; ins->dreg = vreg; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; if (D.25130 != 0B) goto ; else goto ; : D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; D.25130->next = ins; D.25129 = cfg->cbb; D.25130 = D.25129->last_ins; ins->prev = D.25130; D.25129 = cfg->cbb; D.25129->last_ins = ins; goto ; : D.25129 = cfg->cbb; D.25129 = cfg->cbb; D.25129->last_ins = ins; D.25130 = D.25129->last_ins; D.25129->code = D.25130; : } : D.25148 = ins; return D.25148; } finally { i = {CLOBBER}; } } get_simd_ctor_spill_area (struct MonoCompile * cfg, struct MonoClass * avector_klass) { struct MonoInst * D.25254; struct MonoType * D.25257; struct MonoInst * D.25258; unsigned char D.25259; unsigned char D.25260; struct MonoInst * D.25261; D.25254 = cfg->simd_ctor_var; if (D.25254 == 0B) goto ; else goto ; : D.25257 = &avector_klass->byval_arg; D.25258 = mono_compile_create_var (cfg, D.25257, 329); cfg->simd_ctor_var = D.25258; D.25254 = cfg->simd_ctor_var; D.25254 = cfg->simd_ctor_var; D.25259 = D.25254->flags; D.25260 = D.25259 | 4; D.25254->flags = D.25260; : D.25261 = cfg->simd_ctor_var; return D.25261; } handle_gsharedvt_ldaddr (struct MonoCompile * cfg) { struct MonoMemPool * D.25263; long int D.25264; struct MonoInst * D.25265; int D.25266; int D.25267; const unsigned char * D.25268; struct MonoInst * D.25269; int D.25270; struct MonoBasicBlock * D.25271; struct MonoInst * D.25272; struct MonoInst * D.25276; int D.25277; struct MonoInst * use; D.25263 = cfg->mempool; use = mono_mempool_alloc (D.25263, 80); use->data.op[1].const_val = 0; D.25264 = use->data.op[1].const_val; use->data.op[0].const_val = D.25264; use->prev = 0B; D.25265 = use->prev; use->next = D.25265; use->opcode = 800; use->flags = 0; use->type = 0; use->dreg = -1; use->sreg3 = -1; D.25266 = use->sreg3; use->sreg2 = D.25266; D.25267 = use->sreg2; use->sreg1 = D.25267; D.25268 = cfg->ip; use->cil_code = D.25268; D.25269 = cfg->gsharedvt_info_var; D.25270 = D.25269->dreg; use->sreg1 = D.25270; D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; if (D.25272 != 0B) goto ; else goto ; : D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; D.25272->next = use; D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; use->prev = D.25272; D.25271 = cfg->cbb; D.25271->last_ins = use; goto ; : D.25271 = cfg->cbb; D.25271 = cfg->cbb; D.25271->last_ins = use; D.25272 = D.25271->last_ins; D.25271->code = D.25272; : D.25263 = cfg->mempool; use = mono_mempool_alloc (D.25263, 80); use->data.op[1].const_val = 0; D.25264 = use->data.op[1].const_val; use->data.op[0].const_val = D.25264; use->prev = 0B; D.25265 = use->prev; use->next = D.25265; use->opcode = 800; use->flags = 0; use->type = 0; use->dreg = -1; use->sreg3 = -1; D.25266 = use->sreg3; use->sreg2 = D.25266; D.25267 = use->sreg2; use->sreg1 = D.25267; D.25268 = cfg->ip; use->cil_code = D.25268; D.25276 = cfg->gsharedvt_locals_var; D.25277 = D.25276->dreg; use->sreg1 = D.25277; D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; if (D.25272 != 0B) goto ; else goto ; : D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; D.25272->next = use; D.25271 = cfg->cbb; D.25272 = D.25271->last_ins; use->prev = D.25272; D.25271 = cfg->cbb; D.25271->last_ins = use; goto ; : D.25271 = cfg->cbb; D.25271 = cfg->cbb; D.25271->last_ins = use; D.25272 = D.25271->last_ins; D.25271->code = D.25272; : } simd_intrinsic_emit_cast (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.25281; struct MonoMemPool * D.25282; long int D.25283; struct MonoInst * D.25284; int D.25285; int D.25286; const unsigned char * D.25287; struct MonoClass * D.25288; unsigned int D.25289; int D.25290; struct MonoBasicBlock * D.25291; struct MonoInst * D.25292; struct MonoInst * D.25296; struct MonoInst * ins; int vreg; D.25281 = *args; vreg = get_simd_vreg (cfg, cmethod, D.25281); D.25282 = cfg->mempool; ins = mono_mempool_alloc (D.25282, 80); ins->data.op[1].const_val = 0; D.25283 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25283; ins->prev = 0B; D.25284 = ins->prev; ins->next = D.25284; ins->opcode = 962; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25285 = ins->sreg3; ins->sreg2 = D.25285; D.25286 = ins->sreg2; ins->sreg1 = D.25286; D.25287 = cfg->ip; ins->cil_code = D.25287; D.25288 = cmethod->klass; ins->klass = D.25288; ins->type = 7; ins->sreg1 = vreg; D.25289 = alloc_ireg (cfg); D.25290 = (int) D.25289; ins->dreg = D.25290; D.25291 = cfg->cbb; D.25292 = D.25291->last_ins; if (D.25292 != 0B) goto ; else goto ; : D.25291 = cfg->cbb; D.25292 = D.25291->last_ins; D.25292->next = ins; D.25291 = cfg->cbb; D.25292 = D.25291->last_ins; ins->prev = D.25292; D.25291 = cfg->cbb; D.25291->last_ins = ins; goto ; : D.25291 = cfg->cbb; D.25291 = cfg->cbb; D.25291->last_ins = ins; D.25292 = D.25291->last_ins; D.25291->code = D.25292; : D.25296 = ins; return D.25296; } simd_intrinsic_emit_shuffle (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMethodSignature * D.25298; short unsigned int D.25299; long unsigned int D.25300; long unsigned int D.25301; sizetype D.25302; struct MonoInst * * D.25303; struct MonoInst * D.25304; short unsigned int D.25305; struct MonoInst * D.25308; struct MonoInst * D.25309; struct MonoInst * * D.25312; struct MonoInst * D.25313; int D.25314; int D.25315; struct MonoMemPool * D.25316; long int D.25317; struct MonoInst * D.25318; short unsigned int D.25319; int D.25320; int D.25321; const unsigned char * D.25322; struct MonoClass * D.25323; long int D.25324; unsigned int D.25325; int D.25326; struct MonoBasicBlock * D.25327; struct MonoInst * D.25328; short unsigned int D.25334; struct MonoInst * ins; int vreg; int vreg2; int param_count; vreg2 = -1; D.25298 = mono_method_signature (cmethod); D.25299 = D.25298->param_count; param_count = (int) D.25299; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25305 = D.25304->opcode; if (D.25305 != 362) goto ; else goto ; : D.25308 = 0B; return D.25308; : D.25309 = *args; vreg = get_simd_vreg (cfg, cmethod, D.25309); if (param_count == 3) goto ; else goto ; : D.25312 = args + 8; D.25313 = *D.25312; vreg2 = get_simd_vreg (cfg, cmethod, D.25313); : D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25304->opcode = 316; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25304->dreg = -1; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25304->sreg3 = -1; D.25314 = D.25304->sreg3; D.25304->sreg2 = D.25314; D.25315 = D.25304->sreg2; D.25304->sreg1 = D.25315; D.25316 = cfg->mempool; ins = mono_mempool_alloc (D.25316, 80); ins->data.op[1].const_val = 0; D.25317 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25317; ins->prev = 0B; D.25318 = ins->prev; ins->next = D.25318; D.25319 = intrinsic->opcode; ins->opcode = D.25319; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25320 = ins->sreg3; ins->sreg2 = D.25320; D.25321 = ins->sreg2; ins->sreg1 = D.25321; D.25322 = cfg->ip; ins->cil_code = D.25322; D.25323 = cmethod->klass; ins->klass = D.25323; ins->sreg1 = vreg; ins->sreg2 = vreg2; D.25300 = (long unsigned int) param_count; D.25301 = D.25300 * 8; D.25302 = D.25301 + 18446744073709551608; D.25303 = args + D.25302; D.25304 = *D.25303; D.25324 = D.25304->data.op[0].const_val; ins->data.op[0].const_val = D.25324; ins->type = 7; D.25325 = alloc_ireg (cfg); D.25326 = (int) D.25325; ins->dreg = D.25326; D.25327 = cfg->cbb; D.25328 = D.25327->last_ins; if (D.25328 != 0B) goto ; else goto ; : D.25327 = cfg->cbb; D.25328 = D.25327->last_ins; D.25328->next = ins; D.25327 = cfg->cbb; D.25328 = D.25327->last_ins; ins->prev = D.25328; D.25327 = cfg->cbb; D.25327->last_ins = ins; goto ; : D.25327 = cfg->cbb; D.25327 = cfg->cbb; D.25327->last_ins = ins; D.25328 = D.25327->last_ins; D.25327->code = D.25328; : if (param_count == 3) goto ; else goto ; : D.25334 = ins->opcode; if (D.25334 == 825) goto ; else goto ; : ins->opcode = 826; : : D.25308 = ins; return D.25308; } simd_intrinsic_emit_shift (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { short unsigned int D.25338; struct MonoInst * D.25339; struct MonoInst * * D.25340; struct MonoInst * D.25341; short unsigned int D.25342; struct MonoMemPool * D.25345; long int D.25346; struct MonoInst * D.25347; int D.25348; int D.25349; const unsigned char * D.25350; struct MonoClass * D.25351; int D.25352; unsigned int D.25353; struct MonoBasicBlock * D.25354; struct MonoInst * D.25355; short unsigned int D.25359; struct MonoClass * D.25360; long int D.25363; int D.25364; int D.25365; unsigned int D.25366; int D.25367; struct MonoInst * D.25371; struct MonoInst * ins; int vreg; int vreg2; int opcode; vreg2 = -1; D.25338 = intrinsic->opcode; opcode = (int) D.25338; D.25339 = *args; vreg = get_simd_vreg (cfg, cmethod, D.25339); D.25340 = args + 8; D.25341 = *D.25340; D.25342 = D.25341->opcode; if (D.25342 != 362) goto ; else goto ; : D.25345 = cfg->mempool; ins = mono_mempool_alloc (D.25345, 80); ins->data.op[1].const_val = 0; D.25346 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25346; ins->prev = 0B; D.25347 = ins->prev; ins->next = D.25347; ins->opcode = 946; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25348 = ins->sreg3; ins->sreg2 = D.25348; D.25349 = ins->sreg2; ins->sreg1 = D.25349; D.25350 = cfg->ip; ins->cil_code = D.25350; D.25351 = mono_defaults.int32_class; ins->klass = D.25351; D.25340 = args + 8; D.25341 = *D.25340; D.25352 = D.25341->dreg; ins->sreg1 = D.25352; ins->type = 1; D.25353 = alloc_ireg (cfg); vreg2 = (int) D.25353; ins->dreg = vreg2; D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; if (D.25355 != 0B) goto ; else goto ; : D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; D.25355->next = ins; D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; ins->prev = D.25355; D.25354 = cfg->cbb; D.25354->last_ins = ins; goto ; : D.25354 = cfg->cbb; D.25354 = cfg->cbb; D.25354->last_ins = ins; D.25355 = D.25354->last_ins; D.25354->code = D.25355; : opcode = opcode + 1; : D.25345 = cfg->mempool; ins = mono_mempool_alloc (D.25345, 80); ins->data.op[1].const_val = 0; D.25346 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25346; ins->prev = 0B; D.25347 = ins->prev; ins->next = D.25347; D.25359 = (short unsigned int) opcode; ins->opcode = D.25359; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25348 = ins->sreg3; ins->sreg2 = D.25348; D.25349 = ins->sreg2; ins->sreg1 = D.25349; D.25350 = cfg->ip; ins->cil_code = D.25350; D.25360 = cmethod->klass; ins->klass = D.25360; ins->sreg1 = vreg; ins->sreg2 = vreg2; D.25340 = args + 8; D.25341 = *D.25340; D.25342 = D.25341->opcode; if (D.25342 == 362) goto ; else goto ; : D.25340 = args + 8; D.25341 = *D.25340; D.25363 = D.25341->data.op[0].const_val; ins->data.op[1].const_val = D.25363; D.25340 = args + 8; D.25341 = *D.25340; D.25341->opcode = 316; D.25340 = args + 8; D.25341 = *D.25340; D.25341->dreg = -1; D.25340 = args + 8; D.25341 = *D.25340; D.25340 = args + 8; D.25341 = *D.25340; D.25340 = args + 8; D.25341 = *D.25340; D.25341->sreg3 = -1; D.25364 = D.25341->sreg3; D.25341->sreg2 = D.25364; D.25365 = D.25341->sreg2; D.25341->sreg1 = D.25365; : ins->type = 7; D.25366 = alloc_ireg (cfg); D.25367 = (int) D.25366; ins->dreg = D.25367; D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; if (D.25355 != 0B) goto ; else goto ; : D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; D.25355->next = ins; D.25354 = cfg->cbb; D.25355 = D.25354->last_ins; ins->prev = D.25355; D.25354 = cfg->cbb; D.25354->last_ins = ins; goto ; : D.25354 = cfg->cbb; D.25354 = cfg->cbb; D.25354->last_ins = ins; D.25355 = D.25354->last_ins; D.25354->code = D.25355; : D.25371 = ins; return D.25371; } simd_intrinsic_emit_equality (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.25373; struct MonoInst * * D.25374; struct MonoInst * D.25375; struct MonoMemPool * D.25376; long int D.25377; struct MonoInst * D.25378; short unsigned int D.25379; int D.25380; int D.25381; const unsigned char * D.25382; struct MonoClass * D.25383; unsigned int D.25384; D.25385; long int D.25386; struct MonoBasicBlock * D.25387; struct MonoInst * D.25388; unsigned int D.25392; int D.25399; int D.25400; unsigned char D.25402; unsigned char D.25403; long int D.25404; struct MonoInst * D.25405; int D.25406; int D.25407; guint16 iftmp.36; long int D.25415; struct MonoInst * D.25416; int D.25417; int D.25418; struct MonoInst * D.25425; struct MonoInst * ins; int left_vreg; int right_vreg; int tmp_vreg; D.25373 = *args; left_vreg = get_simd_vreg (cfg, cmethod, D.25373); D.25374 = args + 8; D.25375 = *D.25374; right_vreg = get_simd_vreg (cfg, cmethod, D.25375); D.25376 = cfg->mempool; ins = mono_mempool_alloc (D.25376, 80); ins->data.op[1].const_val = 0; D.25377 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25377; ins->prev = 0B; D.25378 = ins->prev; ins->next = D.25378; D.25379 = intrinsic->opcode; ins->opcode = D.25379; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25380 = ins->sreg3; ins->sreg2 = D.25380; D.25381 = ins->sreg2; ins->sreg1 = D.25381; D.25382 = cfg->ip; ins->cil_code = D.25382; D.25383 = cmethod->klass; ins->klass = D.25383; ins->sreg1 = left_vreg; ins->sreg2 = right_vreg; ins->type = 7; D.25383 = cmethod->klass; ins->klass = D.25383; D.25384 = alloc_ireg (cfg); tmp_vreg = (int) D.25384; ins->dreg = tmp_vreg; D.25385 = intrinsic->flags; D.25386 = (long int) D.25385; ins->data.op[0].const_val = D.25386; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; if (D.25388 != 0B) goto ; else goto ; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; D.25388->next = ins; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; ins->prev = D.25388; D.25387 = cfg->cbb; D.25387->last_ins = ins; goto ; : D.25387 = cfg->cbb; D.25387 = cfg->cbb; D.25387->last_ins = ins; D.25388 = D.25387->last_ins; D.25387->code = D.25388; : D.25376 = cfg->mempool; ins = mono_mempool_alloc (D.25376, 80); ins->data.op[1].const_val = 0; D.25377 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25377; ins->prev = 0B; D.25378 = ins->prev; ins->next = D.25378; ins->opcode = 844; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25380 = ins->sreg3; ins->sreg2 = D.25380; D.25381 = ins->sreg2; ins->sreg1 = D.25381; D.25382 = cfg->ip; ins->cil_code = D.25382; D.25383 = cmethod->klass; ins->klass = D.25383; ins->sreg1 = tmp_vreg; ins->type = 1; D.25392 = alloc_ireg (cfg); tmp_vreg = (int) D.25392; ins->dreg = tmp_vreg; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; if (D.25388 != 0B) goto ; else goto ; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; D.25388->next = ins; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; ins->prev = D.25388; D.25387 = cfg->cbb; D.25387->last_ins = ins; goto ; : D.25387 = cfg->cbb; D.25387 = cfg->cbb; D.25387->last_ins = ins; D.25388 = D.25387->last_ins; D.25387->code = D.25388; : D.25379 = intrinsic->opcode; D.25399 = (int) D.25379; D.25400 = mono_op_is_packed_compare (D.25399); if (D.25400 != 0) goto ; else goto ; : D.25402 = BIT_FIELD_REF <*intrinsic, 8, 40>; D.25403 = D.25402 & 240; if (D.25403 == 0) goto ; else goto ; : { struct MonoInst * inst; D.25376 = cfg->mempool; inst = mono_mempool_alloc (D.25376, 80); inst->data.op[1].const_val = 0; D.25404 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.25404; inst->prev = 0B; D.25405 = inst->prev; inst->next = D.25405; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.25406 = inst->sreg3; inst->sreg2 = D.25406; D.25407 = inst->sreg2; inst->sreg1 = D.25407; D.25382 = cfg->ip; inst->cil_code = D.25382; inst->dreg = -1; inst->sreg1 = tmp_vreg; inst->data.op[1].const_val = 65535; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; if (D.25388 != 0B) goto ; else goto ; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; D.25388->next = inst; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; inst->prev = D.25388; D.25387 = cfg->cbb; D.25387->last_ins = inst; goto ; : D.25387 = cfg->cbb; D.25387 = cfg->cbb; D.25387->last_ins = inst; D.25388 = D.25387->last_ins; D.25387->code = D.25388; : } D.25376 = cfg->mempool; ins = mono_mempool_alloc (D.25376, 80); ins->data.op[1].const_val = 0; D.25377 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25377; ins->prev = 0B; D.25378 = ins->prev; ins->next = D.25378; D.25402 = BIT_FIELD_REF <*intrinsic, 8, 40>; D.25403 = D.25402 & 240; if (D.25403 == 0) goto ; else goto ; : iftmp.36 = 450; goto ; : iftmp.36 = 454; : ins->opcode = iftmp.36; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25380 = ins->sreg3; ins->sreg2 = D.25380; D.25381 = ins->sreg2; ins->sreg1 = D.25381; D.25382 = cfg->ip; ins->cil_code = D.25382; ins->dreg = tmp_vreg; ins->sreg1 = -1; goto ; : { struct MonoInst * inst; D.25376 = cfg->mempool; inst = mono_mempool_alloc (D.25376, 80); inst->data.op[1].const_val = 0; D.25415 = inst->data.op[1].const_val; inst->data.op[0].const_val = D.25415; inst->prev = 0B; D.25416 = inst->prev; inst->next = D.25416; inst->opcode = 323; inst->flags = 0; inst->type = 0; inst->dreg = -1; inst->sreg3 = -1; D.25417 = inst->sreg3; inst->sreg2 = D.25417; D.25418 = inst->sreg2; inst->sreg1 = D.25418; D.25382 = cfg->ip; inst->cil_code = D.25382; inst->dreg = -1; inst->sreg1 = tmp_vreg; inst->data.op[1].const_val = 0; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; if (D.25388 != 0B) goto ; else goto ; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; D.25388->next = inst; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; inst->prev = D.25388; D.25387 = cfg->cbb; D.25387->last_ins = inst; goto ; : D.25387 = cfg->cbb; D.25387 = cfg->cbb; D.25387->last_ins = inst; D.25388 = D.25387->last_ins; D.25387->code = D.25388; : } D.25376 = cfg->mempool; ins = mono_mempool_alloc (D.25376, 80); ins->data.op[1].const_val = 0; D.25377 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25377; ins->prev = 0B; D.25378 = ins->prev; ins->next = D.25378; ins->opcode = 452; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25380 = ins->sreg3; ins->sreg2 = D.25380; D.25381 = ins->sreg2; ins->sreg1 = D.25381; D.25382 = cfg->ip; ins->cil_code = D.25382; ins->dreg = tmp_vreg; ins->sreg1 = -1; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; if (D.25388 != 0B) goto ; else goto ; : D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; D.25388->next = ins; D.25387 = cfg->cbb; D.25388 = D.25387->last_ins; ins->prev = D.25388; D.25387 = cfg->cbb; D.25387->last_ins = ins; goto ; : D.25387 = cfg->cbb; D.25387 = cfg->cbb; D.25387->last_ins = ins; D.25388 = D.25387->last_ins; D.25387->code = D.25388; : D.25425 = ins; return D.25425; } mono_op_is_packed_compare (int op) { gboolean D.25427; unsigned int op.37; unsigned int D.25429; _Bool D.25430; op.37 = (unsigned int) op; D.25429 = op.37 + 4294966426; D.25430 = D.25429 <= 3; D.25427 = (gboolean) D.25430; return D.25427; } simd_intrinsic_emit_load_aligned (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMemPool * D.25432; long int D.25433; struct MonoInst * D.25434; int D.25435; int D.25436; const unsigned char * D.25437; struct MonoClass * D.25438; struct MonoInst * D.25439; int D.25440; unsigned int D.25441; int D.25442; struct MonoBasicBlock * D.25443; struct MonoInst * D.25444; struct MonoInst * D.25448; struct MonoInst * ins; D.25432 = cfg->mempool; ins = mono_mempool_alloc (D.25432, 80); ins->data.op[1].const_val = 0; D.25433 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25433; ins->prev = 0B; D.25434 = ins->prev; ins->next = D.25434; ins->opcode = 402; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25435 = ins->sreg3; ins->sreg2 = D.25435; D.25436 = ins->sreg2; ins->sreg1 = D.25436; D.25437 = cfg->ip; ins->cil_code = D.25437; D.25438 = cmethod->klass; ins->klass = D.25438; D.25439 = *args; D.25440 = D.25439->dreg; ins->sreg1 = D.25440; ins->type = 7; D.25441 = alloc_ireg (cfg); D.25442 = (int) D.25441; ins->dreg = D.25442; D.25443 = cfg->cbb; D.25444 = D.25443->last_ins; if (D.25444 != 0B) goto ; else goto ; : D.25443 = cfg->cbb; D.25444 = D.25443->last_ins; D.25444->next = ins; D.25443 = cfg->cbb; D.25444 = D.25443->last_ins; ins->prev = D.25444; D.25443 = cfg->cbb; D.25443->last_ins = ins; goto ; : D.25443 = cfg->cbb; D.25443 = cfg->cbb; D.25443->last_ins = ins; D.25444 = D.25443->last_ins; D.25443->code = D.25444; : D.25448 = ins; return D.25448; } simd_intrinsic_emit_store (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * * D.25450; struct MonoInst * D.25451; struct MonoMemPool * D.25452; long int D.25453; struct MonoInst * D.25454; short unsigned int D.25455; int D.25456; int D.25457; const unsigned char * D.25458; struct MonoClass * D.25459; struct MonoInst * D.25460; int D.25461; struct MonoBasicBlock * D.25462; struct MonoInst * D.25463; struct MonoInst * D.25467; struct MonoInst * ins; int vreg; D.25450 = args + 8; D.25451 = *D.25450; vreg = get_simd_vreg (cfg, cmethod, D.25451); D.25452 = cfg->mempool; ins = mono_mempool_alloc (D.25452, 80); ins->data.op[1].const_val = 0; D.25453 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25453; ins->prev = 0B; D.25454 = ins->prev; ins->next = D.25454; D.25455 = intrinsic->opcode; ins->opcode = D.25455; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25456 = ins->sreg3; ins->sreg2 = D.25456; D.25457 = ins->sreg2; ins->sreg1 = D.25457; D.25458 = cfg->ip; ins->cil_code = D.25458; D.25459 = cmethod->klass; ins->klass = D.25459; D.25460 = *args; D.25461 = D.25460->dreg; ins->dreg = D.25461; ins->sreg1 = vreg; ins->type = 7; D.25462 = cfg->cbb; D.25463 = D.25462->last_ins; if (D.25463 != 0B) goto ; else goto ; : D.25462 = cfg->cbb; D.25463 = D.25462->last_ins; D.25463->next = ins; D.25462 = cfg->cbb; D.25463 = D.25462->last_ins; ins->prev = D.25463; D.25462 = cfg->cbb; D.25462->last_ins = ins; goto ; : D.25462 = cfg->cbb; D.25462 = cfg->cbb; D.25462->last_ins = ins; D.25463 = D.25462->last_ins; D.25462->code = D.25463; : D.25467 = ins; return D.25467; } simd_intrinsic_emit_extract_mask (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoInst * D.25469; struct MonoMemPool * D.25470; long int D.25471; struct MonoInst * D.25472; int D.25473; int D.25474; const unsigned char * D.25475; struct MonoClass * D.25476; unsigned int D.25477; int D.25478; struct MonoBasicBlock * D.25479; struct MonoInst * D.25480; struct MonoInst * D.25484; struct MonoInst * ins; int vreg; D.25469 = *args; vreg = get_simd_vreg (cfg, cmethod, D.25469); D.25470 = cfg->mempool; ins = mono_mempool_alloc (D.25470, 80); ins->data.op[1].const_val = 0; D.25471 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25471; ins->prev = 0B; D.25472 = ins->prev; ins->next = D.25472; ins->opcode = 844; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25473 = ins->sreg3; ins->sreg2 = D.25473; D.25474 = ins->sreg2; ins->sreg1 = D.25474; D.25475 = cfg->ip; ins->cil_code = D.25475; D.25476 = cmethod->klass; ins->klass = D.25476; ins->sreg1 = vreg; ins->type = 1; D.25477 = alloc_ireg (cfg); D.25478 = (int) D.25477; ins->dreg = D.25478; D.25479 = cfg->cbb; D.25480 = D.25479->last_ins; if (D.25480 != 0B) goto ; else goto ; : D.25479 = cfg->cbb; D.25480 = D.25479->last_ins; D.25480->next = ins; D.25479 = cfg->cbb; D.25480 = D.25479->last_ins; ins->prev = D.25480; D.25479 = cfg->cbb; D.25479->last_ins = ins; goto ; : D.25479 = cfg->cbb; D.25479 = cfg->cbb; D.25479->last_ins = ins; D.25480 = D.25479->last_ins; D.25479->code = D.25480; : D.25484 = ins; return D.25484; } simd_intrinsic_emit_prefetch (const struct SimdIntrinsc * intrinsic, struct MonoCompile * cfg, struct MonoMethod * cmethod, struct MonoInst * * args) { struct MonoMemPool * D.25486; long int D.25487; struct MonoInst * D.25488; int D.25489; int D.25490; const unsigned char * D.25491; struct MonoClass * D.25492; struct MonoInst * D.25493; int D.25494; D.25495; int D.25496; struct MonoBasicBlock * D.25497; struct MonoInst * D.25498; struct MonoInst * D.25502; struct MonoInst * ins; D.25486 = cfg->mempool; ins = mono_mempool_alloc (D.25486, 80); ins->data.op[1].const_val = 0; D.25487 = ins->data.op[1].const_val; ins->data.op[0].const_val = D.25487; ins->prev = 0B; D.25488 = ins->prev; ins->next = D.25488; ins->opcode = 953; ins->flags = 0; ins->type = 0; ins->dreg = -1; ins->sreg3 = -1; D.25489 = ins->sreg3; ins->sreg2 = D.25489; D.25490 = ins->sreg2; ins->sreg1 = D.25490; D.25491 = cfg->ip; ins->cil_code = D.25491; D.25492 = cmethod->klass; ins->klass = D.25492; D.25493 = *args; D.25494 = D.25493->dreg; ins->sreg1 = D.25494; D.25495 = intrinsic->flags; D.25496 = (int) D.25495; ins->backend.arg_info = D.25496; D.25497 = cfg->cbb; D.25498 = D.25497->last_ins; if (D.25498 != 0B) goto ; else goto ; : D.25497 = cfg->cbb; D.25498 = D.25497->last_ins; D.25498->next = ins; D.25497 = cfg->cbb; D.25498 = D.25497->last_ins; ins->prev = D.25498; D.25497 = cfg->cbb; D.25497->last_ins = ins; goto ; : D.25497 = cfg->cbb; D.25497 = cfg->cbb; D.25497->last_ins = ins; D.25498 = D.25497->last_ins; D.25497->code = D.25498; : D.25502 = ins; return D.25502; }