gcc: 2: No such file or directory

vectorizesign.cpp:28: note: ===== analyze_loop_nest =====
vectorizesign.cpp:28: note: === vect_analyze_loop_form ===
vectorizesign.cpp:28: note: split exit edge.
vectorizesign.cpp:28: note: === get_loop_niters ===
vectorizesign.cpp:28: note: ==> get_loop_niters:len_3(D)
vectorizesign.cpp:28: note: Symbolic number of iterations is len_3(D)
vectorizesign.cpp:28: note: === vect_analyze_data_refs ===

vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: get vectype with 8 units of type short unsigned int
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: === vect_analyze_scalar_cycles ===
vectorizesign.cpp:28: note: Analyze phi: i_16 = PHI <i_14(5), 0(3)>

vectorizesign.cpp:28: note: Access function of PHI: {0, +, 1}_1
vectorizesign.cpp:28: note: step: 1,  init: 0
vectorizesign.cpp:28: note: Detected induction.
vectorizesign.cpp:28: note: Analyze phi: SMT.12_27 = PHI <SMT.12_26(5), SMT.12_25(D)(3)>

vectorizesign.cpp:28: note: === vect_pattern_recog ===
vectorizesign.cpp:28: note: vect_is_simple_use: operand i_16
vectorizesign.cpp:28: note: def_stmt: i_16 = PHI <i_14(5), 0(3)>

vectorizesign.cpp:28: note: type of def: 4.
vectorizesign.cpp:28: note: === vect_mark_stmts_to_be_vectorized ===
vectorizesign.cpp:28: note: init: phi relevant? i_16 = PHI <i_14(5), 0(3)>

vectorizesign.cpp:28: note: init: phi relevant? SMT.12_27 = PHI <SMT.12_26(5), SMT.12_25(D)(3)>

vectorizesign.cpp:28: note: init: stmt relevant? D.2120_5 = i_16 * 2;

vectorizesign.cpp:28: note: init: stmt relevant? D.2121_7 = out_6(D) + D.2120_5;

vectorizesign.cpp:28: note: init: stmt relevant? D.2122_10 = in_9(D) + D.2120_5;

vectorizesign.cpp:28: note: init: stmt relevant? D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: init: stmt relevant? D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: init: stmt relevant? D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: init: stmt relevant? sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: init: stmt relevant? sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: init: stmt relevant? sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: init: stmt relevant? D.2167_21 = sv.0_20 ^ D.2123_11;

vectorizesign.cpp:28: note: init: stmt relevant? D.2166_22 = (uint16_t) D.2167_21;

vectorizesign.cpp:28: note: init: stmt relevant? *D.2121_7 = D.2166_22;

vectorizesign.cpp:28: note: vec_stmt_relevant_p: stmt has vdefs.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: init: stmt relevant? i_14 = i_16 + 1;

vectorizesign.cpp:28: note: init: stmt relevant? if (len_3(D) > i_14)

vectorizesign.cpp:28: note: worklist: examine stmt: *D.2121_7 = D.2166_22;

vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2166_22
vectorizesign.cpp:28: note: def_stmt: D.2166_22 = (uint16_t) D.2167_21;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: D.2166_22 = (uint16_t) D.2167_21;

vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2167_21
vectorizesign.cpp:28: note: def_stmt: D.2167_21 = sv.0_20 ^ D.2123_11;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: D.2167_21 = sv.0_20 ^ D.2123_11;

vectorizesign.cpp:28: note: vect_is_simple_use: operand sv.0_20
vectorizesign.cpp:28: note: def_stmt: sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2123_11
vectorizesign.cpp:28: note: def_stmt: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: worklist: examine stmt: sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: vect_is_simple_use: operand sv_19
vectorizesign.cpp:28: note: def_stmt: sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: vect_is_simple_use: operand sv_18
vectorizesign.cpp:28: note: def_stmt: sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2170_17
vectorizesign.cpp:28: note: def_stmt: D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2124_12
vectorizesign.cpp:28: note: def_stmt: D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: worklist: examine stmt: D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2123_11
vectorizesign.cpp:28: note: def_stmt: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: mark relevant 4, live 0.
vectorizesign.cpp:28: note: already marked relevant/live.
vectorizesign.cpp:28: note: === vect_analyze_data_refs_alignment ===
vectorizesign.cpp:28: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:28: note: can't force alignment of ref: *D.2122_10
vectorizesign.cpp:28: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:28: note: can't force alignment of ref: *D.2121_7
vectorizesign.cpp:28: note: === vect_determine_vectorization_factor ===
vectorizesign.cpp:28: note: ==> examining phi: i_16 = PHI <i_14(5), 0(3)>

vectorizesign.cpp:28: note: ==> examining phi: SMT.12_27 = PHI <SMT.12_26(5), SMT.12_25(D)(3)>

vectorizesign.cpp:28: note: ==> examining statement: D.2120_5 = i_16 * 2;

vectorizesign.cpp:28: note: skip.
vectorizesign.cpp:28: note: ==> examining statement: D.2121_7 = out_6(D) + D.2120_5;

vectorizesign.cpp:28: note: skip.
vectorizesign.cpp:28: note: ==> examining statement: D.2122_10 = in_9(D) + D.2120_5;

vectorizesign.cpp:28: note: skip.
vectorizesign.cpp:28: note: ==> examining statement: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: get vectype for scalar type:  short int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: get vectype for scalar type:  int
vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: nunits = 4
vectorizesign.cpp:28: note: ==> examining statement: sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: get vectype for scalar type:  short int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: D.2167_21 = sv.0_20 ^ D.2123_11;

vectorizesign.cpp:28: note: get vectype for scalar type:  short int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: D.2166_22 = (uint16_t) D.2167_21;

vectorizesign.cpp:28: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: *D.2121_7 = D.2166_22;

vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: nunits = 8
vectorizesign.cpp:28: note: ==> examining statement: i_14 = i_16 + 1;

vectorizesign.cpp:28: note: skip.
vectorizesign.cpp:28: note: ==> examining statement: if (len_3(D) > i_14)

vectorizesign.cpp:28: note: skip.
vectorizesign.cpp:28: note: vectorization factor = 8
vectorizesign.cpp:28: note: === vect_analyze_dependences ===
vectorizesign.cpp:28: note: versioning for alias required: can't determine dependence between *D.2122_10 and *D.2121_7
vectorizesign.cpp:28: note: mark for run-time aliasing test between *D.2122_10 and *D.2121_7
vectorizesign.cpp:28: note: === vect_analyze_data_ref_accesses ===
vectorizesign.cpp:28: note: === vect_prune_runtime_alias_test_list ===
vectorizesign.cpp:28: note: === vect_analyze_slp ===
vectorizesign.cpp:28: note: === vect_make_slp_decision ===
vectorizesign.cpp:28: note: === vect_detect_hybrid_slp ===
vectorizesign.cpp:28: note: === vect_enhance_data_refs_alignment ===
vectorizesign.cpp:28: note: Unknown misalignment, is_packed = 0
vectorizesign.cpp:28: note: Alignment of access forced using versioning.
vectorizesign.cpp:28: note: Versioning for alignment will be applied.
vectorizesign.cpp:28: note: Vectorizing an unaligned access.
vectorizesign.cpp:28: note: === vect_analyze_operations ===
vectorizesign.cpp:28: note: examining phi: i_16 = PHI <i_14(5), 0(3)>

vectorizesign.cpp:28: note: examining phi: SMT.12_27 = PHI <SMT.12_26(5), SMT.12_25(D)(3)>

vectorizesign.cpp:28: note: ==> examining statement: D.2120_5 = i_16 * 2;

vectorizesign.cpp:28: note: irrelevant.
vectorizesign.cpp:28: note: ==> examining statement: D.2121_7 = out_6(D) + D.2120_5;

vectorizesign.cpp:28: note: irrelevant.
vectorizesign.cpp:28: note: ==> examining statement: D.2122_10 = in_9(D) + D.2120_5;

vectorizesign.cpp:28: note: irrelevant.
vectorizesign.cpp:28: note: ==> examining statement: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: vect_is_simple_use: operand *D.2122_10
vectorizesign.cpp:28: note: not ssa-name.
vectorizesign.cpp:28: note: use not simple.
vectorizesign.cpp:28: note: vect_is_simple_use: operand *D.2122_10
vectorizesign.cpp:28: note: not ssa-name.
vectorizesign.cpp:28: note: use not simple.
vectorizesign.cpp:28: note: vect_model_load_cost: unaligned supported by hardware.
vectorizesign.cpp:28: note: vect_model_load_cost: inside_cost = 2, outside_cost = 0 .
vectorizesign.cpp:28: note: ==> examining statement: D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2123_11
vectorizesign.cpp:28: note: def_stmt: D.2123_11 = *D.2122_10;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: === vectorizable_promotion ===
vectorizesign.cpp:28: note: vect_model_simple_cost: inside_cost = 2, outside_cost = 0 .
vectorizesign.cpp:28: note: ==> examining statement: D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2124_12
vectorizesign.cpp:28: note: def_stmt: D.2124_12 = (int) D.2123_11;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: vect_is_simple_use: operand 15
vectorizesign.cpp:28: note: vector/scalar shift/rotate found.
vectorizesign.cpp:28: note: === vectorizable_operation ===
vectorizesign.cpp:28: note: vect_model_simple_cost: inside_cost = 2, outside_cost = 1 .
vectorizesign.cpp:28: note: ==> examining statement: sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: get vectype with 4 units of type int
vectorizesign.cpp:28: note: vectype: vector int
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: vect_is_simple_use: operand D.2170_17
vectorizesign.cpp:28: note: def_stmt: D.2170_17 = D.2124_12 >> 15;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: === vectorizable_demotion ===
vectorizesign.cpp:28: note: vect_model_simple_cost: inside_cost = 1, outside_cost = 0 .
vectorizesign.cpp:28: note: ==> examining statement: sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: vect_is_simple_use: operand sv_18
vectorizesign.cpp:28: note: def_stmt: sv_18 = (uint16_t) D.2170_17;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: vect_is_simple_use: operand 32767
vectorizesign.cpp:28: note: === vectorizable_operation ===
vectorizesign.cpp:28: note: vect_model_simple_cost: inside_cost = 1, outside_cost = 1 .
vectorizesign.cpp:28: note: ==> examining statement: sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:28: note: vectype: vector short unsigned int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: get vectype with 8 units of type short int
vectorizesign.cpp:28: note: vectype: vector short int
vectorizesign.cpp:28: note: vect_is_simple_use: operand sv_19
vectorizesign.cpp:28: note: def_stmt: sv_19 = sv_18 & 32767;

vectorizesign.cpp:28: note: type of def: 3.
vectorizesign.cpp:28: note: no optab.
vectorizesign.cpp:28: note: not vectorized: relevant stmt not supported: sv.0_20 = (short int) sv_19;

vectorizesign.cpp:28: note: bad operation or unsupported loop bound.
vectorizesign.cpp:27: note: vectorized 0 loops in function.

vectorizesign.cpp:35: note: ===== analyze_loop_nest =====
vectorizesign.cpp:35: note: === vect_analyze_loop_form ===
vectorizesign.cpp:35: note: split exit edge.
vectorizesign.cpp:35: note: === get_loop_niters ===
vectorizesign.cpp:35: note: ==> get_loop_niters:len_3(D)
vectorizesign.cpp:35: note: Symbolic number of iterations is len_3(D)
vectorizesign.cpp:35: note: === vect_analyze_data_refs ===

vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: get vectype with 8 units of type short unsigned int
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: === vect_analyze_scalar_cycles ===
vectorizesign.cpp:35: note: Analyze phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:35: note: Access function of PHI: {0, +, 1}_1
vectorizesign.cpp:35: note: step: 1,  init: 0
vectorizesign.cpp:35: note: Detected induction.
vectorizesign.cpp:35: note: Analyze phi: SMT.54_15 = PHI <SMT.54_24(8), SMT.54_23(D)(3)>

vectorizesign.cpp:35: note: === vect_pattern_recog ===
vectorizesign.cpp:35: note: vect_is_simple_use: operand i_8
vectorizesign.cpp:35: note: def_stmt: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:35: note: type of def: 4.
vectorizesign.cpp:35: note: === vect_mark_stmts_to_be_vectorized ===
vectorizesign.cpp:35: note: init: phi relevant? i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:35: note: init: phi relevant? SMT.54_15 = PHI <SMT.54_24(8), SMT.54_23(D)(3)>

vectorizesign.cpp:35: note: init: stmt relevant? D.2137_5 = i_8 * 2;

vectorizesign.cpp:35: note: init: stmt relevant? D.2139_10 = in_9(D) + D.2137_5;

vectorizesign.cpp:35: note: init: stmt relevant? D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: init: stmt relevant? D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: init: stmt relevant? D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: init: stmt relevant? D.2173_18 = D.2174_17 | 32768;

vectorizesign.cpp:35: note: init: stmt relevant? D.2173_19 = (uint16_t) D.2140_11;

vectorizesign.cpp:35: note: init: stmt relevant? D.2173_20 = [cond_expr] D.2140_11 < 0 ? D.2173_18 : D.2173_19;

vectorizesign.cpp:35: note: init: stmt relevant? D.2138_7 = out_6(D) + D.2137_5;

vectorizesign.cpp:35: note: init: stmt relevant? *D.2138_7 = D.2173_20;

vectorizesign.cpp:35: note: vec_stmt_relevant_p: stmt has vdefs.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: init: stmt relevant? i_14 = i_8 + 1;

vectorizesign.cpp:35: note: init: stmt relevant? if (len_3(D) > i_14)

vectorizesign.cpp:35: note: worklist: examine stmt: *D.2138_7 = D.2173_20;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2173_20
vectorizesign.cpp:35: note: def_stmt: D.2173_20 = [cond_expr] D.2140_11 < 0 ? D.2173_18 : D.2173_19;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2173_20 = [cond_expr] D.2140_11 < 0 ? D.2173_18 : D.2173_19;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2140_11
vectorizesign.cpp:35: note: def_stmt: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2173_18
vectorizesign.cpp:35: note: def_stmt: D.2173_18 = D.2174_17 | 32768;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2173_19
vectorizesign.cpp:35: note: def_stmt: D.2173_19 = (uint16_t) D.2140_11;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2173_19 = (uint16_t) D.2140_11;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2140_11
vectorizesign.cpp:35: note: def_stmt: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: already marked relevant/live.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2173_18 = D.2174_17 | 32768;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2174_17
vectorizesign.cpp:35: note: def_stmt: D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2175_16
vectorizesign.cpp:35: note: def_stmt: D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2140_11
vectorizesign.cpp:35: note: def_stmt: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: mark relevant 4, live 0.
vectorizesign.cpp:35: note: already marked relevant/live.
vectorizesign.cpp:35: note: worklist: examine stmt: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: === vect_analyze_data_refs_alignment ===
vectorizesign.cpp:35: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:35: note: can't force alignment of ref: *D.2139_10
vectorizesign.cpp:35: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:35: note: can't force alignment of ref: *D.2138_7
vectorizesign.cpp:35: note: === vect_determine_vectorization_factor ===
vectorizesign.cpp:35: note: ==> examining phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:35: note: ==> examining phi: SMT.54_15 = PHI <SMT.54_24(8), SMT.54_23(D)(3)>

vectorizesign.cpp:35: note: ==> examining statement: D.2137_5 = i_8 * 2;

vectorizesign.cpp:35: note: skip.
vectorizesign.cpp:35: note: ==> examining statement: D.2139_10 = in_9(D) + D.2137_5;

vectorizesign.cpp:35: note: skip.
vectorizesign.cpp:35: note: ==> examining statement: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: get vectype for scalar type:  short int
vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2173_18 = D.2174_17 | 32768;

vectorizesign.cpp:35: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2173_19 = (uint16_t) D.2140_11;

vectorizesign.cpp:35: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2173_20 = [cond_expr] D.2140_11 < 0 ? D.2173_18 : D.2173_19;

vectorizesign.cpp:35: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: D.2138_7 = out_6(D) + D.2137_5;

vectorizesign.cpp:35: note: skip.
vectorizesign.cpp:35: note: ==> examining statement: *D.2138_7 = D.2173_20;

vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: nunits = 8
vectorizesign.cpp:35: note: ==> examining statement: i_14 = i_8 + 1;

vectorizesign.cpp:35: note: skip.
vectorizesign.cpp:35: note: ==> examining statement: if (len_3(D) > i_14)

vectorizesign.cpp:35: note: skip.
vectorizesign.cpp:35: note: vectorization factor = 8
vectorizesign.cpp:35: note: === vect_analyze_dependences ===
vectorizesign.cpp:35: note: versioning for alias required: can't determine dependence between *D.2139_10 and *D.2138_7
vectorizesign.cpp:35: note: mark for run-time aliasing test between *D.2139_10 and *D.2138_7
vectorizesign.cpp:35: note: === vect_analyze_data_ref_accesses ===
vectorizesign.cpp:35: note: === vect_prune_runtime_alias_test_list ===
vectorizesign.cpp:35: note: === vect_analyze_slp ===
vectorizesign.cpp:35: note: === vect_make_slp_decision ===
vectorizesign.cpp:35: note: === vect_detect_hybrid_slp ===
vectorizesign.cpp:35: note: === vect_enhance_data_refs_alignment ===
vectorizesign.cpp:35: note: Unknown misalignment, is_packed = 0
vectorizesign.cpp:35: note: Alignment of access forced using versioning.
vectorizesign.cpp:35: note: Versioning for alignment will be applied.
vectorizesign.cpp:35: note: Vectorizing an unaligned access.
vectorizesign.cpp:35: note: === vect_analyze_operations ===
vectorizesign.cpp:35: note: examining phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:35: note: examining phi: SMT.54_15 = PHI <SMT.54_24(8), SMT.54_23(D)(3)>

vectorizesign.cpp:35: note: ==> examining statement: D.2137_5 = i_8 * 2;

vectorizesign.cpp:35: note: irrelevant.
vectorizesign.cpp:35: note: ==> examining statement: D.2139_10 = in_9(D) + D.2137_5;

vectorizesign.cpp:35: note: irrelevant.
vectorizesign.cpp:35: note: ==> examining statement: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: vect_is_simple_use: operand *D.2139_10
vectorizesign.cpp:35: note: not ssa-name.
vectorizesign.cpp:35: note: use not simple.
vectorizesign.cpp:35: note: vect_is_simple_use: operand *D.2139_10
vectorizesign.cpp:35: note: not ssa-name.
vectorizesign.cpp:35: note: use not simple.
vectorizesign.cpp:35: note: vect_model_load_cost: unaligned supported by hardware.
vectorizesign.cpp:35: note: vect_model_load_cost: inside_cost = 2, outside_cost = 0 .
vectorizesign.cpp:35: note: ==> examining statement: D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2140_11
vectorizesign.cpp:35: note: def_stmt: D.2140_11 = *D.2139_10;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: === vectorizable_operation ===
vectorizesign.cpp:35: note: vect_model_simple_cost: inside_cost = 1, outside_cost = 0 .
vectorizesign.cpp:35: note: ==> examining statement: D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: get vectype with 8 units of type short int
vectorizesign.cpp:35: note: vectype: vector short int
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:35: note: vectype: vector short unsigned int
vectorizesign.cpp:35: note: vect_is_simple_use: operand D.2175_16
vectorizesign.cpp:35: note: def_stmt: D.2175_16 = ~D.2140_11;

vectorizesign.cpp:35: note: type of def: 3.
vectorizesign.cpp:35: note: no optab.
vectorizesign.cpp:35: note: not vectorized: relevant stmt not supported: D.2174_17 = (uint16_t) D.2175_16;

vectorizesign.cpp:35: note: bad operation or unsupported loop bound.
vectorizesign.cpp:34: note: vectorized 0 loops in function.

vectorizesign.cpp:42: note: ===== analyze_loop_nest =====
vectorizesign.cpp:42: note: === vect_analyze_loop_form ===
vectorizesign.cpp:42: note: split exit edge.
vectorizesign.cpp:42: note: === get_loop_niters ===
vectorizesign.cpp:42: note: ==> get_loop_niters:len_3(D)
vectorizesign.cpp:42: note: Symbolic number of iterations is len_3(D)
vectorizesign.cpp:42: note: === vect_analyze_data_refs ===

vectorizesign.cpp:42: note: get vectype with 8 units of type short int
vectorizesign.cpp:42: note: vectype: vector short int
vectorizesign.cpp:42: note: get vectype with 8 units of type short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: === vect_analyze_scalar_cycles ===
vectorizesign.cpp:42: note: Analyze phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:42: note: Access function of PHI: {0, +, 1}_1
vectorizesign.cpp:42: note: step: 1,  init: 0
vectorizesign.cpp:42: note: Detected induction.
vectorizesign.cpp:42: note: Analyze phi: SMT.90_15 = PHI <SMT.90_24(8), SMT.90_23(D)(3)>

vectorizesign.cpp:42: note: === vect_pattern_recog ===
vectorizesign.cpp:42: note: vect_is_simple_use: operand i_8
vectorizesign.cpp:42: note: def_stmt: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:42: note: type of def: 4.
vectorizesign.cpp:42: note: === vect_mark_stmts_to_be_vectorized ===
vectorizesign.cpp:42: note: init: phi relevant? i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:42: note: init: phi relevant? SMT.90_15 = PHI <SMT.90_24(8), SMT.90_23(D)(3)>

vectorizesign.cpp:42: note: init: stmt relevant? D.2154_5 = i_8 * 2;

vectorizesign.cpp:42: note: init: stmt relevant? D.2156_10 = in_9(D) + D.2154_5;

vectorizesign.cpp:42: note: init: stmt relevant? D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: init: stmt relevant? v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: init: stmt relevant? D.2179_17 = 1 - v.1_16;

vectorizesign.cpp:42: note: init: stmt relevant? D.2178_18 = D.2179_17 | 32768;

vectorizesign.cpp:42: note: init: stmt relevant? D.2178_19 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: init: stmt relevant? D.2178_20 = [cond_expr] D.2157_11 < 0 ? D.2178_18 : D.2178_19;

vectorizesign.cpp:42: note: init: stmt relevant? D.2155_7 = out_6(D) + D.2154_5;

vectorizesign.cpp:42: note: init: stmt relevant? *D.2155_7 = D.2178_20;

vectorizesign.cpp:42: note: vec_stmt_relevant_p: stmt has vdefs.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: init: stmt relevant? i_14 = i_8 + 1;

vectorizesign.cpp:42: note: init: stmt relevant? if (len_3(D) > i_14)

vectorizesign.cpp:42: note: worklist: examine stmt: *D.2155_7 = D.2178_20;

vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2178_20
vectorizesign.cpp:42: note: def_stmt: D.2178_20 = [cond_expr] D.2157_11 < 0 ? D.2178_18 : D.2178_19;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: worklist: examine stmt: D.2178_20 = [cond_expr] D.2157_11 < 0 ? D.2178_18 : D.2178_19;

vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2157_11
vectorizesign.cpp:42: note: def_stmt: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2178_18
vectorizesign.cpp:42: note: def_stmt: D.2178_18 = D.2179_17 | 32768;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2178_19
vectorizesign.cpp:42: note: def_stmt: D.2178_19 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: worklist: examine stmt: D.2178_19 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2157_11
vectorizesign.cpp:42: note: def_stmt: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: already marked relevant/live.
vectorizesign.cpp:42: note: worklist: examine stmt: D.2178_18 = D.2179_17 | 32768;

vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2179_17
vectorizesign.cpp:42: note: def_stmt: D.2179_17 = 1 - v.1_16;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: worklist: examine stmt: D.2179_17 = 1 - v.1_16;

vectorizesign.cpp:42: note: vect_is_simple_use: operand v.1_16
vectorizesign.cpp:42: note: def_stmt: v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: worklist: examine stmt: v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2157_11
vectorizesign.cpp:42: note: def_stmt: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: mark relevant 4, live 0.
vectorizesign.cpp:42: note: already marked relevant/live.
vectorizesign.cpp:42: note: worklist: examine stmt: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: === vect_analyze_data_refs_alignment ===
vectorizesign.cpp:42: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:42: note: can't force alignment of ref: *D.2156_10
vectorizesign.cpp:42: note: vect_compute_data_ref_alignment:
vectorizesign.cpp:42: note: can't force alignment of ref: *D.2155_7
vectorizesign.cpp:42: note: === vect_determine_vectorization_factor ===
vectorizesign.cpp:42: note: ==> examining phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:42: note: ==> examining phi: SMT.90_15 = PHI <SMT.90_24(8), SMT.90_23(D)(3)>

vectorizesign.cpp:42: note: ==> examining statement: D.2154_5 = i_8 * 2;

vectorizesign.cpp:42: note: skip.
vectorizesign.cpp:42: note: ==> examining statement: D.2156_10 = in_9(D) + D.2154_5;

vectorizesign.cpp:42: note: skip.
vectorizesign.cpp:42: note: ==> examining statement: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: vectype: vector short int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: D.2179_17 = 1 - v.1_16;

vectorizesign.cpp:42: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: D.2178_18 = D.2179_17 | 32768;

vectorizesign.cpp:42: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: D.2178_19 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: D.2178_20 = [cond_expr] D.2157_11 < 0 ? D.2178_18 : D.2178_19;

vectorizesign.cpp:42: note: get vectype for scalar type:  uint16_t
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: D.2155_7 = out_6(D) + D.2154_5;

vectorizesign.cpp:42: note: skip.
vectorizesign.cpp:42: note: ==> examining statement: *D.2155_7 = D.2178_20;

vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: nunits = 8
vectorizesign.cpp:42: note: ==> examining statement: i_14 = i_8 + 1;

vectorizesign.cpp:42: note: skip.
vectorizesign.cpp:42: note: ==> examining statement: if (len_3(D) > i_14)

vectorizesign.cpp:42: note: skip.
vectorizesign.cpp:42: note: vectorization factor = 8
vectorizesign.cpp:42: note: === vect_analyze_dependences ===
vectorizesign.cpp:42: note: versioning for alias required: can't determine dependence between *D.2156_10 and *D.2155_7
vectorizesign.cpp:42: note: mark for run-time aliasing test between *D.2156_10 and *D.2155_7
vectorizesign.cpp:42: note: === vect_analyze_data_ref_accesses ===
vectorizesign.cpp:42: note: === vect_prune_runtime_alias_test_list ===
vectorizesign.cpp:42: note: === vect_analyze_slp ===
vectorizesign.cpp:42: note: === vect_make_slp_decision ===
vectorizesign.cpp:42: note: === vect_detect_hybrid_slp ===
vectorizesign.cpp:42: note: === vect_enhance_data_refs_alignment ===
vectorizesign.cpp:42: note: Unknown misalignment, is_packed = 0
vectorizesign.cpp:42: note: Alignment of access forced using versioning.
vectorizesign.cpp:42: note: Versioning for alignment will be applied.
vectorizesign.cpp:42: note: Vectorizing an unaligned access.
vectorizesign.cpp:42: note: === vect_analyze_operations ===
vectorizesign.cpp:42: note: examining phi: i_8 = PHI <i_14(8), 0(3)>

vectorizesign.cpp:42: note: examining phi: SMT.90_15 = PHI <SMT.90_24(8), SMT.90_23(D)(3)>

vectorizesign.cpp:42: note: ==> examining statement: D.2154_5 = i_8 * 2;

vectorizesign.cpp:42: note: irrelevant.
vectorizesign.cpp:42: note: ==> examining statement: D.2156_10 = in_9(D) + D.2154_5;

vectorizesign.cpp:42: note: irrelevant.
vectorizesign.cpp:42: note: ==> examining statement: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: get vectype with 8 units of type short int
vectorizesign.cpp:42: note: vectype: vector short int
vectorizesign.cpp:42: note: vect_is_simple_use: operand *D.2156_10
vectorizesign.cpp:42: note: not ssa-name.
vectorizesign.cpp:42: note: use not simple.
vectorizesign.cpp:42: note: vect_is_simple_use: operand *D.2156_10
vectorizesign.cpp:42: note: not ssa-name.
vectorizesign.cpp:42: note: use not simple.
vectorizesign.cpp:42: note: vect_model_load_cost: unaligned supported by hardware.
vectorizesign.cpp:42: note: vect_model_load_cost: inside_cost = 2, outside_cost = 0 .
vectorizesign.cpp:42: note: ==> examining statement: v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: get vectype with 8 units of type short int
vectorizesign.cpp:42: note: vectype: vector short int
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: get vectype with 8 units of type short int
vectorizesign.cpp:42: note: vectype: vector short int
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: get vectype with 8 units of type uint16_t
vectorizesign.cpp:42: note: vectype: vector short unsigned int
vectorizesign.cpp:42: note: vect_is_simple_use: operand D.2157_11
vectorizesign.cpp:42: note: def_stmt: D.2157_11 = *D.2156_10;

vectorizesign.cpp:42: note: type of def: 3.
vectorizesign.cpp:42: note: no optab.
vectorizesign.cpp:42: note: not vectorized: relevant stmt not supported: v.1_16 = (uint16_t) D.2157_11;

vectorizesign.cpp:42: note: bad operation or unsupported loop bound.
vectorizesign.cpp:41: note: vectorized 0 loops in function.