Switch to lowercase riscv M1 defines.
4 files changed, 430 insertions(+), 430 deletions(-) M M2libc M cc_core.c M test/test.answers M test/test1000/proof.answer
M M2libc => M2libc +1 -1
@@ 1,1 1,1 @@ Subproject commit 1f4ac53d050bbd976deb40de3c9b4bd1de2782e3 Subproject commit de7c75f144176c3b9be77695d9bf94440445aeae
M cc_core.c => cc_core.c +177 -177
@@ 184,19 184,19 @@ void function_call(char* s, int bool) } else if(RISCV32 == Architecture) { emit_out("RD_SP RS1_SP !-12 ADDI\t# Allocate stack\n"); emit_out("RS1_SP RS2_RA @4 SW\t# Protect the old return pointer\n"); emit_out("RS1_SP RS2_FP SW\t# Protect the old frame pointer\n"); emit_out("RS1_SP RS2_TP @8 SW\t# Protect temp register we are going to use\n"); emit_out("RD_TP RS1_SP MV\t# The base pointer to-be\n"); emit_out("rd_sp rs1_sp !-12 addi\t# Allocate stack\n"); emit_out("rs1_sp rs2_ra @4 sw\t# Protect the old return pointer\n"); emit_out("rs1_sp rs2_fp sw\t# Protect the old frame pointer\n"); emit_out("rs1_sp rs2_tp @8 sw\t# Protect temp register we are going to use\n"); emit_out("rd_tp rs1_sp mv\t# The base pointer to-be\n"); } else if(RISCV64 == Architecture) { emit_out("RD_SP RS1_SP !-24 ADDI\t# Allocate stack\n"); emit_out("RS1_SP RS2_RA @8 SD\t# Protect the old return pointer\n"); emit_out("RS1_SP RS2_FP SD\t# Protect the old frame pointer\n"); emit_out("RS1_SP RS2_TP @16 SD\t# Protect temp register we are going to use\n"); emit_out("RD_TP RS1_SP MV\t# The base pointer to-be\n"); emit_out("rd_sp rs1_sp !-24 addi\t# Allocate stack\n"); emit_out("rs1_sp rs2_ra @8 sd\t# Protect the old return pointer\n"); emit_out("rs1_sp rs2_fp sd\t# Protect the old frame pointer\n"); emit_out("rs1_sp rs2_tp @16 sd\t# Protect temp register we are going to use\n"); emit_out("rd_tp rs1_sp mv\t# The base pointer to-be\n"); } if(global_token->s[0] != ')') @@ 208,8 208,8 @@ void function_call(char* s, int bool) else if(AMD64 == Architecture) emit_out("push_rax\t#_process_expression1\n"); else if(ARMV7L == Architecture) emit_out("{R0} PUSH_ALWAYS\t#_process_expression1\n"); else if(AARCH64 == Architecture) emit_out("PUSH_X0\t#_process_expression1\n"); else if(RISCV32 == Architecture) emit_out("RD_SP RS1_SP !-4 ADDI\nRS1_SP RS2_A0 SW\t#_process_expression1\n"); else if(RISCV64 == Architecture) emit_out("RD_SP RS1_SP !-8 ADDI\nRS1_SP RS2_A0 SD\t#_process_expression1\n"); else if(RISCV32 == Architecture) emit_out("rd_sp rs1_sp !-4 addi\nrs1_sp rs2_a0 sw\t#_process_expression1\n"); else if(RISCV64 == Architecture) emit_out("rd_sp rs1_sp !-8 addi\nrs1_sp rs2_a0 sd\t#_process_expression1\n"); passed = 1; while(global_token->s[0] == ',') @@ 222,8 222,8 @@ void function_call(char* s, int bool) else if(AMD64 == Architecture) emit_out("push_rax\t#_process_expression2\n"); else if(ARMV7L == Architecture) emit_out("{R0} PUSH_ALWAYS\t#_process_expression2\n"); else if(AARCH64 == Architecture) emit_out("PUSH_X0\t#_process_expression2\n"); else if(RISCV32 == Architecture) emit_out("RD_SP RS1_SP !-4 ADDI\nRS1_SP RS2_A0 SW\t#_process_expression2\n"); else if(RISCV64 == Architecture) emit_out("RD_SP RS1_SP !-8 ADDI\nRS1_SP RS2_A0 SD\t#_process_expression2\n"); else if(RISCV32 == Architecture) emit_out("rd_sp rs1_sp !-4 addi\nrs1_sp rs2_a0 sw\t#_process_expression2\n"); else if(RISCV64 == Architecture) emit_out("rd_sp rs1_sp !-8 addi\nrs1_sp rs2_a0 sd\t#_process_expression2\n"); passed = passed + 1; } } @@ 279,21 279,21 @@ void function_call(char* s, int bool) } else if(RISCV32 == Architecture) { emit_out("RD_A0 RS1_FP !"); emit_out("rd_a0 rs1_fp !"); emit_out(s); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A0 LW\n"); emit_out("RD_FP RS1_TP MV\n"); emit_out("RD_RA RS1_A0 JALR\n"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a0 lw\n"); emit_out("rd_fp rs1_tp mv\n"); emit_out("rd_ra rs1_a0 jalr\n"); } else if(RISCV64 == Architecture) { emit_out("RD_A0 RS1_FP !"); emit_out("rd_a0 rs1_fp !"); emit_out(s); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A0 LD\n"); emit_out("RD_FP RS1_TP MV\n"); emit_out("RD_RA RS1_A0 JALR\n"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a0 ld\n"); emit_out("rd_fp rs1_tp mv\n"); emit_out("rd_ra rs1_a0 jalr\n"); } } else @@ 338,10 338,10 @@ void function_call(char* s, int bool) } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("RD_FP RS1_TP MV\n"); emit_out("RD_RA $FUNCTION_"); emit_out("rd_fp rs1_tp mv\n"); emit_out("rd_ra $FUNCTION_"); emit_out(s); emit_out(" JAL\n"); emit_out(" jal\n"); } } @@ 352,8 352,8 @@ void function_call(char* s, int bool) else if(AMD64 == Architecture) emit_out("pop_rbx\t# _process_expression_locals\n"); else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# _process_expression_locals\n"); else if(AARCH64 == Architecture) emit_out("POP_X1\t# _process_expression_locals\n"); else if(RISCV32 == Architecture) emit_out("RD_A1 RS1_SP LW\t# _process_expression_locals\nRD_SP RS1_SP !4 ADDI\n"); else if(RISCV64 == Architecture) emit_out("RD_A1 RS1_SP LD\t# _process_expression_locals\nRD_SP RS1_SP !8 ADDI\n"); else if(RISCV32 == Architecture) emit_out("rd_a1 rs1_sp lw\t# _process_expression_locals\nrd_sp rs1_sp !4 addi\n"); else if(RISCV64 == Architecture) emit_out("rd_a1 rs1_sp ld\t# _process_expression_locals\nrd_sp rs1_sp !8 addi\n"); } if((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture)) @@ 384,17 384,17 @@ void function_call(char* s, int bool) } else if(RISCV32 == Architecture) { emit_out("RD_FP RS1_SP LW\t# Restore old frame pointer\n"); emit_out("RD_TP RS1_SP !8 LW\t# Restore temp register\n"); emit_out("RD_RA RS1_SP !4 LW\t# Restore return address\n"); emit_out("RD_SP RS1_SP !12 ADDI\t# Deallocate stack\n"); emit_out("rd_fp rs1_sp lw\t# Restore old frame pointer\n"); emit_out("rd_tp rs1_sp !8 lw\t# Restore temp register\n"); emit_out("rd_ra rs1_sp !4 lw\t# Restore return address\n"); emit_out("rd_sp rs1_sp !12 addi\t# Deallocate stack\n"); } else if(RISCV64 == Architecture) { emit_out("RD_FP RS1_SP LD\t# Restore old frame pointer\n"); emit_out("RD_TP RS1_SP !16 LD\t# Restore temp register\n"); emit_out("RD_RA RS1_SP !8 LD\t# Restore return address\n"); emit_out("RD_SP RS1_SP !24 ADDI\t# Deallocate stack\n"); emit_out("rd_fp rs1_sp ld\t# Restore old frame pointer\n"); emit_out("rd_tp rs1_sp !16 ld\t# Restore temp register\n"); emit_out("rd_ra rs1_sp !8 ld\t# Restore return address\n"); emit_out("rd_sp rs1_sp !24 addi\t# Deallocate stack\n"); } } @@ 407,13 407,13 @@ void constant_load(struct token_list* a) else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n%"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("RD_A0 ~"); emit_out("rd_a0 ~"); emit_out(a->arguments->s); emit_out(" LUI\nRD_A0 RS1_A0 !"); emit_out(" lui\nrd_a0 rs1_a0 !"); } emit_out(a->arguments->s); if(RISCV32 == Architecture) emit_out(" ADDI\n"); else if(RISCV64 == Architecture) emit_out(" ADDIW\n"); if(RISCV32 == Architecture) emit_out(" addi\n"); else if(RISCV64 == Architecture) emit_out(" addiw\n"); emit_out("\n"); } @@ 426,7 426,7 @@ char* load_value_signed(unsigned size) else if(AMD64 == Architecture) return "movsx_rax,BYTE_PTR_[rax]\n"; else if(ARMV7L == Architecture) return "LOADS8 R0 LOAD R0 HALF_MEMORY\n"; else if(AARCH64 == Architecture) return "LDRSB_X0_[X0]\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "RD_A0 RS1_A0 LB\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "rd_a0 rs1_a0 lb\n"; } else if(size == 2) { @@ 435,7 435,7 @@ char* load_value_signed(unsigned size) else if(AMD64 == Architecture) return "movsx_rax,WORD_PTR_[rax]\n"; else if(ARMV7L == Architecture) return "LOADS16 R0 LOAD R0 HALF_MEMORY\n"; else if(AARCH64 == Architecture) return "LDRSH_X0_[X0]\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "RD_A0 RS1_A0 LH\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "rd_a0 rs1_a0 lh\n"; } else if(size == 4) { @@ 444,13 444,13 @@ char* load_value_signed(unsigned size) else if(AMD64 == Architecture) return "movsx_rax,DWORD_PTR_[rax]\n"; else if(ARMV7L == Architecture) return "!0 R0 LOAD32 R0 MEMORY\n"; else if(AARCH64 == Architecture) return "LDR_W0_[X0]\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "RD_A0 RS1_A0 LW\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "rd_a0 rs1_a0 lw\n"; } else if(size == 8) { if(AMD64 == Architecture) return "mov_rax,[rax]\n"; else if(AARCH64 == Architecture) return "DEREF_X0\n"; else if(RISCV64 == Architecture) return "RD_A0 RS1_A0 LD\n"; else if(RISCV64 == Architecture) return "rd_a0 rs1_a0 ld\n"; } line_error(); fputs(" Got unsupported size ", stderr); @@ 468,7 468,7 @@ char* load_value_unsigned(unsigned size) else if(AMD64 == Architecture) return "movzx_rax,BYTE_PTR_[rax]\n"; else if(ARMV7L == Architecture) return "!0 R0 LOAD R0 MEMORY\n"; else if(AARCH64 == Architecture) return "DEREF_X0_BYTE\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "RD_A0 RS1_A0 LBU\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "rd_a0 rs1_a0 lbu\n"; } else if(size == 2) { @@ 477,7 477,7 @@ char* load_value_unsigned(unsigned size) else if(AMD64 == Architecture) return "movzx_rax,WORD_PTR_[rax]\n"; else if(ARMV7L == Architecture) return "NO_OFFSET R0 LOAD R0 HALF_MEMORY\n"; else if(AARCH64 == Architecture) return "LDRH_W0_[X0]\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "RD_A0 RS1_A0 LHU\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) return "rd_a0 rs1_a0 lhu\n"; } else if(size == 4) { @@ 486,14 486,14 @@ char* load_value_unsigned(unsigned size) else if(AMD64 == Architecture) return "mov_eax,[rax]\n"; else if(ARMV7L == Architecture) return "!0 R0 LOAD32 R0 MEMORY\n"; else if(AARCH64 == Architecture) return "LDR_W0_[X0]\n"; else if(RISCV32 == Architecture) return "RD_A0 RS1_A0 LW\n"; else if(RISCV64 == Architecture) return "RD_A0 RS1_A0 LWU\n"; else if(RISCV32 == Architecture) return "rd_a0 rs1_a0 lw\n"; else if(RISCV64 == Architecture) return "rd_a0 rs1_a0 lwu\n"; } else if(size == 8) { if(AMD64 == Architecture) return "mov_rax,[rax]\n"; else if(AARCH64 == Architecture) return "DEREF_X0\n"; else if(RISCV64 == Architecture) return "RD_A0 RS1_A0 LD\n"; else if(RISCV64 == Architecture) return "rd_a0 rs1_a0 ld\n"; } line_error(); fputs(" Got unsupported size ", stderr); @@ 517,8 517,8 @@ char* store_value(unsigned size) else if(AMD64 == Architecture) return "mov_[rbx],al\n"; else if(ARMV7L == Architecture) return "!0 R0 STORE8 R1 MEMORY\n"; else if(AARCH64 == Architecture) return "STR_BYTE_W0_[X1]\n"; else if(RISCV32 == Architecture) return "RS1_A1 RS2_A0 SB\n"; else if(RISCV64 == Architecture) return "RS1_A1 RS2_A0 SB\n"; else if(RISCV32 == Architecture) return "rs1_a1 rs2_a0 sb\n"; else if(RISCV64 == Architecture) return "rs1_a1 rs2_a0 sb\n"; } else if(size == 2) { @@ 527,7 527,7 @@ char* store_value(unsigned size) else if(AMD64 == Architecture) return "mov_[rbx],ax\n"; else if(ARMV7L == Architecture) return "NO_OFFSET R0 STORE16 R1 HALF_MEMORY\n"; else if(AARCH64 == Architecture) return "STRH_W0_[X1]\n"; else if(RISCV32 == Architecture || RISCV64 == Architecture) return "RS1_A1 RS2_A0 SH\n"; else if(RISCV32 == Architecture || RISCV64 == Architecture) return "rs1_a1 rs2_a0 sh\n"; } else if(size == 4) { @@ 536,13 536,13 @@ char* store_value(unsigned size) else if(AMD64 == Architecture) return "mov_[rbx],eax\n"; else if(ARMV7L == Architecture) return "!0 R0 STORE32 R1 MEMORY\n"; else if(AARCH64 == Architecture) return "STR_W0_[X1]\n"; else if(RISCV32 == Architecture || RISCV64 == Architecture) return "RS1_A1 RS2_A0 SW\n"; else if(RISCV32 == Architecture || RISCV64 == Architecture) return "rs1_a1 rs2_a0 sw\n"; } else if(size == 8) { if(AMD64 == Architecture) return "mov_[rbx],rax\n"; else if(AARCH64 == Architecture) return "STR_X0_[X1]\n"; else if(RISCV64 == Architecture) return "RS1_A1 RS2_A0 SD\n"; else if(RISCV64 == Architecture) return "rs1_a1 rs2_a0 sd\n"; } /* Should not happen but print error message. */ fputs("Got unsupported size ", stderr); @@ 583,12 583,12 @@ void variable_load(struct token_list* a, int num_dereference) else if(AMD64 == Architecture) emit_out("lea_rax,[rbp+DWORD] %"); else if(ARMV7L == Architecture) emit_out("!"); else if(AARCH64 == Architecture) emit_out("SET_X0_FROM_BP\nLOAD_W1_AHEAD\nSKIP_32_DATA\n%"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 RS1_FP !"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 rs1_fp !"); emit_out(int2str(a->depth, 10, TRUE)); if(ARMV7L == Architecture) emit_out(" R0 SUB BP ARITH_ALWAYS"); else if(AARCH64 == Architecture) emit_out("\nSUB_X0_X0_X1\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" ADDI"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" addi"); emit_out("\n"); if(TRUE == Address_of) return; @@ 624,21 624,21 @@ void function_load(struct token_list* a) else if(AMD64 == Architecture) emit_out("lea_rax,[rip+DWORD] %FUNCTION_"); else if(ARMV7L == Architecture) emit_out("!0 R0 LOAD32 R15 MEMORY\n~0 JUMP_ALWAYS\n&FUNCTION_"); else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n&FUNCTION_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 ~FUNCTION_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 ~FUNCTION_"); emit_out(a->s); if(RISCV32 == Architecture) { emit_out(" AUIPC\n"); emit_out("RD_A0 RS1_A0 !FUNCTION_"); emit_out(" auipc\n"); emit_out("rd_a0 rs1_a0 !FUNCTION_"); emit_out(a->s); emit_out(" ADDI"); emit_out(" addi"); } else if(RISCV64 == Architecture) { emit_out(" AUIPC\n"); emit_out("RD_A0 RS1_A0 !FUNCTION_"); emit_out(" auipc\n"); emit_out("rd_a0 rs1_a0 !FUNCTION_"); emit_out(a->s); emit_out(" ADDIW"); emit_out(" addiw"); } emit_out("\n"); } @@ 651,14 651,14 @@ void global_load(struct token_list* a) else if(AMD64 == Architecture) emit_out("lea_rax,[rip+DWORD] %GLOBAL_"); else if(ARMV7L == Architecture) emit_out("!0 R0 LOAD32 R15 MEMORY\n~0 JUMP_ALWAYS\n&GLOBAL_"); else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n&GLOBAL_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 ~GLOBAL_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 ~GLOBAL_"); emit_out(a->s); if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out(" AUIPC\n"); emit_out("RD_A0 RS1_A0 !GLOBAL_"); emit_out(" auipc\n"); emit_out("rd_a0 rs1_a0 !GLOBAL_"); emit_out(a->s); emit_out(" ADDI"); emit_out(" addi"); } emit_out("\n"); @@ 703,14 703,14 @@ void primary_expr_string() else if(AMD64 == Architecture) emit_out("lea_rax,[rip+DWORD] %STRING_"); else if(ARMV7L == Architecture) emit_out("!0 R0 LOAD32 R15 MEMORY\n~0 JUMP_ALWAYS\n&STRING_"); else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n&STRING_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 ~STRING_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 ~STRING_"); uniqueID_out(function->s, number_string); if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("AUIPC\n"); emit_out("RD_A0 RS1_A0 !STRING_"); emit_out("auipc\n"); emit_out("rd_a0 rs1_a0 !STRING_"); uniqueID_out(function->s, number_string); emit_out("ADDI\n"); emit_out("addi\n"); } /* The target */ @@ 766,10 766,10 @@ void primary_expr_char() else if(AMD64 == Architecture) emit_out("mov_rax, %"); else if(ARMV7L == Architecture) emit_out("!"); else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n%"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 !"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 !"); emit_out(int2str(escape_lookup(global_token->s + 1), 10, TRUE)); if(ARMV7L == Architecture) emit_out(" R0 LOADI8_ALWAYS"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" ADDI"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" addi"); emit_out("\n"); global_token = global_token->next; } @@ 848,37 848,37 @@ void primary_expr_number() int size = strtoint(global_token->s); if((2047 > size) && (size > -2048)) { emit_out("RD_A0 !"); emit_out("rd_a0 !"); emit_out(global_token->s); emit_out(" ADDI"); emit_out(" addi"); } else if (0 == (size >> 30)) { emit_out("RD_A0 ~"); emit_out("rd_a0 ~"); emit_out(global_token->s); emit_out(" LUI\n"); emit_out("RD_A0 RS1_A0 !"); emit_out(" lui\n"); emit_out("rd_a0 rs1_a0 !"); emit_out(global_token->s); emit_out(" ADDI"); emit_out(" addi"); } else { int high = size >> 30; int low = ((size >> 30) << 30) ^ size; emit_out("RD_A0 ~"); emit_out("rd_a0 ~"); emit_out(int2str(high, 10, TRUE)); emit_out(" LUI\n"); emit_out("RD_A0 RS1_A0 !"); emit_out(" lui\n"); emit_out("rd_a0 rs1_a0 !"); emit_out(int2str(high, 10, TRUE)); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A0 RS2_X30 SLLI\n"); emit_out("RD_T1 ~"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a0 rs2_x30 slli\n"); emit_out("rd_t1 ~"); emit_out(int2str(low, 10, TRUE)); emit_out(" LUI\n"); emit_out("RD_T1 RS1_T1 !"); emit_out(" lui\n"); emit_out("rd_t1 rs1_t1 !"); emit_out(int2str(low, 10, TRUE)); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A0 RS2_T1 OR\n"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a0 rs2_t1 or\n"); } } emit_out("\n"); @@ 965,8 965,8 @@ void common_recursion(FUNCTION f) else if(AMD64 == Architecture) emit_out("push_rax\t#_common_recursion\n"); else if(ARMV7L == Architecture) emit_out("{R0} PUSH_ALWAYS\t#_common_recursion\n"); else if(AARCH64 == Architecture) emit_out("PUSH_X0\t#_common_recursion\n"); else if(RISCV32 == Architecture) emit_out("RD_SP RS1_SP !-4 ADDI\t# _common_recursion\nRS1_SP RS2_A0 SW\n"); else if(RISCV64 == Architecture) emit_out("RD_SP RS1_SP !-8 ADDI\t# _common_recursion\nRS1_SP RS2_A0 SD\n"); else if(RISCV32 == Architecture) emit_out("rd_sp rs1_sp !-4 addi\t# _common_recursion\nrs1_sp rs2_a0 sw\n"); else if(RISCV64 == Architecture) emit_out("rd_sp rs1_sp !-8 addi\t# _common_recursion\nrs1_sp rs2_a0 sd\n"); struct type* last_type = current_target; global_token = global_token->next; @@ 979,8 979,8 @@ void common_recursion(FUNCTION f) else if(AMD64 == Architecture) emit_out("pop_rbx\t# _common_recursion\n"); else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# _common_recursion\n"); else if(AARCH64 == Architecture) emit_out("POP_X1\t# _common_recursion\n"); else if(RISCV32 == Architecture) emit_out("RD_A1 RS1_SP LW\nRD_SP RS1_SP !4 ADDI\t# _common_recursion\n"); else if(RISCV64 == Architecture) emit_out("RD_A1 RS1_SP LD\nRD_SP RS1_SP !8 ADDI\t# _common_recursion\n"); else if(RISCV32 == Architecture) emit_out("rd_a1 rs1_sp lw\nrd_sp rs1_sp !4 addi\t# _common_recursion\n"); else if(RISCV64 == Architecture) emit_out("rd_a1 rs1_sp ld\nrd_sp rs1_sp !8 addi\t# _common_recursion\n"); } void general_recursion(FUNCTION f, char* s, char* name, FUNCTION iterate) @@ 1072,10 1072,10 @@ void postfix_expr_arrow() } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("RD_A1 !"); emit_out("rd_a1 !"); emit_out(int2str(i->offset, 10, TRUE)); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A1 RS2_A0 ADD\n"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a1 rs2_a0 add\n"); } } @@ 1133,10 1133,10 @@ void postfix_expr_dot() } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("RD_A1 !"); emit_out("rd_a1 !"); emit_out(int2str(i->offset, 10, TRUE)); emit_out(" ADDI\n"); emit_out("RD_A0 RS1_A1 RS2_A0 ADD\n"); emit_out(" addi\n"); emit_out("rd_a0 rs1_a1 rs2_a0 add\n"); } } if(match("=", global_token->s) || is_compound_assignment(global_token->s)) return; @@ 1166,16 1166,16 @@ void postfix_expr_array() else if(AMD64 == Architecture) emit_out("push_rbx\nmov_rbx, %"); else if(ARMV7L == Architecture) emit_out("{R1} PUSH_ALWAYS\n!0 R1 LOAD32 R15 MEMORY\n~0 JUMP_ALWAYS\n%"); else if(AARCH64 == Architecture) emit_out("PUSH_X1\nLOAD_W1_AHEAD\nSKIP_32_DATA\n%"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A2 RS1_A1 ADDI\nRD_A1 !"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a2 rs1_a1 addi\nrd_a1 !"); emit_out(int2str(current_target->type->size, 10, TRUE)); if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" ADDI"); if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" addi"); if((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture)) emit_out("\nMULU R0 R1 R0\nPOPR R1 R15\n"); else if(X86 == Architecture) emit_out("\nmul_ebx\npop_ebx\n"); else if(AMD64 == Architecture) emit_out("\nmul_rbx\npop_rbx\n"); else if(ARMV7L == Architecture) emit_out("\n'9' R0 '0' R1 MUL R0 ARITH2_ALWAYS\n{R1} POP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nMUL_X0_X1_X0\nPOP_X1\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("\nRD_A0 RS1_A1 RS2_A0 MUL\nRD_A1 RS1_A2 ADDI\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("\nrd_a0 rs1_a1 rs2_a0 mul\nrd_a1 rs1_a2 addi\n"); } if((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture)) emit_out("ADD R0 R0 R1\n"); @@ 1183,7 1183,7 @@ void postfix_expr_array() else if(AMD64 == Architecture) emit_out("add_rax,rbx\n"); else if(ARMV7L == Architecture) emit_out("'0' R0 R0 ADD R1 ARITH2_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("ADD_X0_X1_X0\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 RS1_A1 RS2_A0 ADD\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 rs1_a1 rs2_a0 add\n"); require_match("ERROR in postfix_expr\nMissing ]\n", "]"); require(NULL != global_token, "truncated array expression\n"); @@ 1221,10 1221,10 @@ void unary_expr_sizeof() else if(AMD64 == Architecture) emit_out("mov_rax, %"); else if(ARMV7L == Architecture) emit_out("!"); else if(AARCH64 == Architecture) emit_out("LOAD_W0_AHEAD\nSKIP_32_DATA\n%"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 !"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 !"); emit_out(int2str(a->size, 10, TRUE)); if(ARMV7L == Architecture) emit_out(" R0 LOADI8_ALWAYS"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" ADDI"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" addi"); emit_out("\n"); } @@ 1321,13 1321,13 @@ void additive_expr_stub() } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { general_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 ADD\n", "+", additive_expr_stub); general_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 SUB\n", "-", additive_expr_stub); general_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 MUL\n", "*", additive_expr_stub); arithmetic_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 DIV\n", "RD_A0 RS1_A1 RS2_A0 DIVU\n", "/", additive_expr_stub); arithmetic_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 REM\n", "RD_A0 RS1_A1 RS2_A0 REMU\n", "%", additive_expr_stub); general_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 SLL\n", "<<", additive_expr_stub); arithmetic_recursion(postfix_expr, "RD_A0 RS1_A1 RS2_A0 SRA\n", "RD_A0 RS1_A1 RS2_A0 SRL\n", ">>", additive_expr_stub); general_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 add\n", "+", additive_expr_stub); general_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 sub\n", "-", additive_expr_stub); general_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 mul\n", "*", additive_expr_stub); arithmetic_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 div\n", "rd_a0 rs1_a1 rs2_a0 divu\n", "/", additive_expr_stub); arithmetic_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 rem\n", "rd_a0 rs1_a1 rs2_a0 remu\n", "%", additive_expr_stub); general_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 sll\n", "<<", additive_expr_stub); arithmetic_recursion(postfix_expr, "rd_a0 rs1_a1 rs2_a0 sra\n", "rd_a0 rs1_a1 rs2_a0 srl\n", ">>", additive_expr_stub); } } @@ 1397,12 1397,12 @@ void relational_expr_stub() } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { arithmetic_recursion(additive_expr, "RD_A0 RS1_A1 RS2_A0 SLT\n", "RD_A0 RS1_A1 RS2_A0 SLTU\n", "<", relational_expr_stub); arithmetic_recursion(additive_expr, "RD_A0 RS1_A0 RS2_A1 SLT\nRD_A0 RS1_A0 !1 XORI\n", "RD_A0 RS1_A0 RS2_A1 SLTU\nRD_A0 RS1_A0 !1 XORI\n", "<=", relational_expr_stub); arithmetic_recursion(additive_expr, "RD_A0 RS1_A1 RS2_A0 SLT\nRD_A0 RS1_A0 !1 XORI\n", "RD_A0 RS1_A1 RS2_A0 SLTU\nRD_A0 RS1_A0 !1 XORI\n", ">=", relational_expr_stub); arithmetic_recursion(additive_expr, "RD_A0 RS1_A0 RS2_A1 SLT\n", "RD_A0 RS1_A0 RS2_A1 SLTU\n", ">", relational_expr_stub); general_recursion(additive_expr, "RD_A0 RS1_A0 RS2_A1 SUB\nRD_A0 RS1_A0 !1 SLTIU\n", "==", relational_expr_stub); general_recursion(additive_expr, "RD_A0 RS1_A0 RS2_A1 SUB\nRD_A0 RS2_A0 SLTU\n", "!=", relational_expr_stub); arithmetic_recursion(additive_expr, "rd_a0 rs1_a1 rs2_a0 slt\n", "rd_a0 rs1_a1 rs2_a0 sltu\n", "<", relational_expr_stub); arithmetic_recursion(additive_expr, "rd_a0 rs1_a0 rs2_a1 slt\nrd_a0 rs1_a0 !1 xori\n", "rd_a0 rs1_a0 rs2_a1 sltu\nrd_a0 rs1_a0 !1 xori\n", "<=", relational_expr_stub); arithmetic_recursion(additive_expr, "rd_a0 rs1_a1 rs2_a0 slt\nrd_a0 rs1_a0 !1 xori\n", "rd_a0 rs1_a1 rs2_a0 sltu\nrd_a0 rs1_a0 !1 xori\n", ">=", relational_expr_stub); arithmetic_recursion(additive_expr, "rd_a0 rs1_a0 rs2_a1 slt\n", "rd_a0 rs1_a0 rs2_a1 sltu\n", ">", relational_expr_stub); general_recursion(additive_expr, "rd_a0 rs1_a0 rs2_a1 sub\nrd_a0 rs1_a0 !1 sltiu\n", "==", relational_expr_stub); general_recursion(additive_expr, "rd_a0 rs1_a0 rs2_a1 sub\nrd_a0 rs2_a0 sltu\n", "!=", relational_expr_stub); } } @@ 1465,11 1465,11 @@ void bitwise_expr_stub() } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { general_recursion(relational_expr, "RD_A0 RS1_A1 RS2_A0 AND\n", "&", bitwise_expr_stub); general_recursion(relational_expr, "RD_A0 RS1_A1 RS2_A0 AND\n", "&&", bitwise_expr_stub); general_recursion(relational_expr, "RD_A0 RS1_A1 RS2_A0 OR\n", "|", bitwise_expr_stub); general_recursion(relational_expr, "RD_A0 RS1_A1 RS2_A0 OR\n", "||", bitwise_expr_stub); general_recursion(relational_expr, "RD_A0 RS1_A1 RS2_A0 XOR\n", "^", bitwise_expr_stub); general_recursion(relational_expr, "rd_a0 rs1_a1 rs2_a0 and\n", "&", bitwise_expr_stub); general_recursion(relational_expr, "rd_a0 rs1_a1 rs2_a0 and\n", "&&", bitwise_expr_stub); general_recursion(relational_expr, "rd_a0 rs1_a1 rs2_a0 or\n", "|", bitwise_expr_stub); general_recursion(relational_expr, "rd_a0 rs1_a1 rs2_a0 or\n", "||", bitwise_expr_stub); general_recursion(relational_expr, "rd_a0 rs1_a1 rs2_a0 xor\n", "^", bitwise_expr_stub); } } @@ 1507,7 1507,7 @@ void primary_expr() else if(AMD64 == Architecture) emit_out("mov_rax, %0\n"); else if(ARMV7L == Architecture) emit_out("!0 R0 LOADI8_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("SET_X0_TO_0\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 MV\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 mv\n"); common_recursion(primary_expr); @@ 1516,7 1516,7 @@ void primary_expr() else if(AMD64 == Architecture) emit_out("sub_rbx,rax\nmov_rax,rbx\n"); else if(ARMV7L == Architecture) emit_out("'0' R0 R0 SUB R1 ARITH2_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("SUB_X0_X1_X0\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 RS1_A1 RS2_A0 SUB\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 rs1_a1 rs2_a0 sub\n"); } else if('!' == global_token->s[0]) { @@ 1533,7 1533,7 @@ void primary_expr() else if(AMD64 == Architecture) emit_out("cmp_rbx,rax\nseta_al\nmovzx_rax,al\n"); else if(ARMV7L == Architecture) emit_out("'0' R0 CMP R1 AUX_ALWAYS\n!0 R0 LOADI8_ALWAYS\n!1 R0 LOADI8_HI\n"); else if(AARCH64 == Architecture) emit_out("CMP_X1_X0\nSET_X0_TO_1\nSKIP_INST_HI\nSET_X0_TO_0\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 RS1_A0 !1 SLTIU\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 rs1_a0 !1 sltiu\n"); } else if('~' == global_token->s[0]) { @@ 1544,7 1544,7 @@ void primary_expr() else if(AMD64 == Architecture) emit_out("not_rax\n"); else if(ARMV7L == Architecture) emit_out("'0' R0 R0 MVN_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("MVN_X0\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RD_A0 RS1_A0 NOT\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rd_a0 rs1_a0 not\n"); } else if(global_token->s[0] == '(') { @@ 1574,7 1574,7 @@ char* compound_operation(char* operator, int is_signed) else if(AMD64 == Architecture) operation = "add_rax,rbx\n"; else if(ARMV7L == Architecture) operation = "'0' R0 R0 ADD R1 ARITH2_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "ADD_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 ADD\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 add\n"; } else if(match("-=", operator)) { @@ 1587,7 1587,7 @@ char* compound_operation(char* operator, int is_signed) else if(AMD64 == Architecture) operation = "sub_rbx,rax\nmov_rax,rbx\n"; else if(ARMV7L == Architecture) operation = "'0' R0 R0 SUB R1 ARITH2_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "SUB_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 SUB\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 sub\n"; } else if(match("*=", operator)) { @@ 1608,7 1608,7 @@ char* compound_operation(char* operator, int is_signed) } else if(ARMV7L == Architecture) operation = "'9' R0 '0' R1 MULS R0 ARITH2_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "MUL_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 MUL\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 mul\n"; } else if(match("/=", operator)) { @@ 1639,8 1639,8 @@ char* compound_operation(char* operator, int is_signed) } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { if(is_signed) operation = "RD_A0 RS1_A1 RS2_A0 DIV\n"; else operation = "RD_A0 RS1_A1 RS2_A0 DIVU\n"; if(is_signed) operation = "rd_a0 rs1_a1 rs2_a0 div\n"; else operation = "rd_a0 rs1_a1 rs2_a0 divu\n"; } } else if(match("%=", operator)) @@ 1672,8 1672,8 @@ char* compound_operation(char* operator, int is_signed) } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { if(is_signed) operation = "RD_A0 RS1_A1 RS2_A0 REM\n"; else operation = "RD_A0 RS1_A1 RS2_A0 REMU\n"; if(is_signed) operation = "rd_a0 rs1_a1 rs2_a0 rem\n"; else operation = "rd_a0 rs1_a1 rs2_a0 remu\n"; } } else if(match("<<=", operator)) @@ 1695,7 1695,7 @@ char* compound_operation(char* operator, int is_signed) } else if(ARMV7L == Architecture) operation = "LEFT R1 R0 R0 SHIFT AUX_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "LSHIFT_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 SLL\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 sll\n"; } else if(match(">>=", operator)) { @@ 1726,8 1726,8 @@ char* compound_operation(char* operator, int is_signed) } else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { if(is_signed) operation = "RD_A0 RS1_A1 RS2_A0 SRA\n"; else operation = "RD_A0 RS1_A1 RS2_A0 SRL\n"; if(is_signed) operation = "rd_a0 rs1_a1 rs2_a0 sra\n"; else operation = "rd_a0 rs1_a1 rs2_a0 srl\n"; } } else if(match("&=", operator)) @@ 1737,7 1737,7 @@ char* compound_operation(char* operator, int is_signed) else if(AMD64 == Architecture) operation = "and_rax,rbx\n"; else if(ARMV7L == Architecture) operation = "NO_SHIFT R0 R0 AND R1 ARITH2_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "AND_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 AND\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 and\n"; } else if(match("^=", operator)) { @@ 1746,7 1746,7 @@ char* compound_operation(char* operator, int is_signed) else if(AMD64 == Architecture) operation = "xor_rax,rbx\n"; else if(ARMV7L == Architecture) operation = "'0' R0 R0 XOR R1 ARITH2_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "XOR_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 XOR\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 xor\n"; } else if(match("|=", operator)) { @@ 1755,7 1755,7 @@ char* compound_operation(char* operator, int is_signed) else if(AMD64 == Architecture) operation = "or_rax,rbx\n"; else if(ARMV7L == Architecture) operation = "NO_SHIFT R0 R0 OR R1 AUX_ALWAYS\n"; else if(AARCH64 == Architecture) operation = "OR_X0_X1_X0\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "RD_A0 RS1_A1 RS2_A0 OR\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) operation = "rd_a0 rs1_a1 rs2_a0 or\n"; } else { @@ 1802,8 1802,8 @@ void expression() else if(AMD64 == Architecture) push = "push_rbx\n"; else if(ARMV7L == Architecture) push = "{R1} PUSH_ALWAYS\n"; else if(AARCH64 == Architecture) push = "PUSH_X1\n"; else if(RISCV32 == Architecture) push = "RS1_SP RS2_A1 @-4 SW\n"; else if(RISCV64 == Architecture) push = "RS1_SP RS2_A1 @-8 SD\n"; else if(RISCV32 == Architecture) push = "rs1_sp rs2_a1 @-4 sw\n"; else if(RISCV64 == Architecture) push = "rs1_sp rs2_a1 @-8 sd\n"; if(!match("]", global_token->prev->s) || !match("char*", current_target->name)) { @@ 1812,8 1812,8 @@ void expression() else if(AMD64 == Architecture) load = "mov_rbx,[rbx]\n"; else if(ARMV7L == Architecture) load = "!0 R1 LOAD32 R1 MEMORY\n"; else if(AARCH64 == Architecture) load = "DEREF_X1\n"; else if(RISCV32 == Architecture) load = "RD_A1 RS1_A1 LW\n"; else if(RISCV64 == Architecture) load = "RD_A1 RS1_A1 LD\n"; else if(RISCV32 == Architecture) load = "rd_a1 rs1_a1 lw\n"; else if(RISCV64 == Architecture) load = "rd_a1 rs1_a1 ld\n"; } else { @@ 1822,7 1822,7 @@ void expression() else if(AMD64 == Architecture) load = "movsx_rbx,BYTE_PTR_[rbx]\n"; else if(ARMV7L == Architecture) load = "LOADU8 R1 LOAD R1 MEMORY\n"; else if(AARCH64 == Architecture) load = "DEREF_X1_BYTE\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) load = "RD_A1 RS1_A1 LBU\n"; else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) load = "rd_a1 rs1_a1 lbu\n"; } char *operator = global_token->s; @@ 1832,8 1832,8 @@ void expression() else if(AMD64 == Architecture) pop = "pop_rbx\n"; else if(ARMV7L == Architecture) pop = "{R1} POP_ALWAYS\n"; else if(AARCH64 == Architecture) pop = "POP_X1\n"; else if(RISCV32 == Architecture) pop = "RD_A1 RS1_SP !-4 LW\n"; else if(RISCV64 == Architecture) pop = "RD_A1 RS1_SP !-8 LD\n"; else if(RISCV32 == Architecture) pop = "rd_a1 rs1_sp !-4 lw\n"; else if(RISCV64 == Architecture) pop = "rd_a1 rs1_sp !-8 ld\n"; if(match("]", global_token->prev->s)) { @@ 1997,8 1997,8 @@ void collect_local() else if(AMD64 == Architecture) emit_out("push_rax\t#"); else if(ARMV7L == Architecture) emit_out("{R0} PUSH_ALWAYS\t#"); else if(AARCH64 == Architecture) emit_out("PUSH_X0\t#"); else if(RISCV32 == Architecture) emit_out("RD_SP RS1_SP !-4 ADDI\nRS1_SP RS2_A0 SW\t#"); else if(RISCV64 == Architecture) emit_out("RD_SP RS1_SP !-8 ADDI\nRS1_SP RS2_A0 SD\t#"); else if(RISCV32 == Architecture) emit_out("rd_sp rs1_sp !-4 addi\nrs1_sp rs2_a0 sw\t#"); else if(RISCV64 == Architecture) emit_out("rd_sp rs1_sp !-8 addi\nrs1_sp rs2_a0 sd\t#"); emit_out(a->s); emit_out("\n"); i = i - 1; @@ 2025,12 2025,12 @@ void process_if() else if(AMD64 == Architecture) emit_out("test_rax,rax\nje %ELSE_"); else if(ARMV7L == Architecture) emit_out("!0 CMPI8 R0 IMM_ALWAYS\n^~ELSE_"); else if(AARCH64 == Architecture) emit_out("CBNZ_X0_PAST_BR\nLOAD_W16_AHEAD\nSKIP_32_DATA\n&ELSE_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RS1_A0 @8 BNEZ\n$ELSE_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rs1_a0 @8 bnez\n$ELSE_"); uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_EQUAL\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); require_match("ERROR in process_if\nMISSING )\n", ")"); statement(); @@ 2046,7 2046,7 @@ void process_if() uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out(":ELSE_"); uniqueID_out(function->s, number_string); @@ 2101,11 2101,11 @@ void process_for() else if(AMD64 == Architecture) emit_out("test_rax,rax\nje %FOR_END_"); else if(ARMV7L == Architecture) emit_out("!0 CMPI8 R0 IMM_ALWAYS\n^~FOR_END_"); else if(AARCH64 == Architecture) emit_out("CBNZ_X0_PAST_BR\nLOAD_W16_AHEAD\nSKIP_32_DATA\n&FOR_END_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RS1_A0 @8 BNEZ\n$FOR_END_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rs1_a0 @8 bnez\n$FOR_END_"); uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_EQUAL\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); if((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture)) emit_out("JUMP @FOR_THEN_"); else if(X86 == Architecture) emit_out("jmp %FOR_THEN_"); @@ 2116,7 2116,7 @@ void process_for() uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out(":FOR_ITER_"); uniqueID_out(function->s, number_string); @@ 2133,7 2133,7 @@ void process_for() uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out(":FOR_THEN_"); uniqueID_out(function->s, number_string); @@ 2151,7 2151,7 @@ void process_for() uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out(":FOR_END_"); uniqueID_out(function->s, number_string); @@ 2219,15 2219,15 @@ void process_do() else if(AMD64 == Architecture) emit_out("test_rax,rax\njne %DO_"); else if(ARMV7L == Architecture) emit_out("!0 CMPI8 R0 IMM_ALWAYS\n^~DO_"); else if(AARCH64 == Architecture) emit_out("CBZ_X0_PAST_BR\nLOAD_W16_AHEAD\nSKIP_32_DATA\n&DO_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RS1_A0 @DO_END_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rs1_a0 @DO_END_"); uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_NE\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) { emit_out("BEQZ\n$DO_"); emit_out("beqz\n$DO_"); uniqueID_out(function->s, number_string); emit_out("JAL\n"); emit_out("jal\n"); } emit_out(":DO_END_"); @@ 2271,11 2271,11 @@ void process_while() else if(AMD64 == Architecture) emit_out("test_rax,rax\nje %END_WHILE_"); else if(ARMV7L == Architecture) emit_out("!0 CMPI8 R0 IMM_ALWAYS\n^~END_WHILE_"); else if(AARCH64 == Architecture) emit_out("CBNZ_X0_PAST_BR\nLOAD_W16_AHEAD\nSKIP_32_DATA\n&END_WHILE_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RS1_A0 @8 BNEZ\n$END_WHILE_"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("rs1_a0 @8 bnez\n$END_WHILE_"); uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_EQUAL\t"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out("# THEN_while_"); uniqueID_out(function->s, number_string); @@ 2292,7 2292,7 @@ void process_while() uniqueID_out(function->s, number_string); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS\n"); else if(AARCH64 == Architecture) emit_out("\nBR_X16\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("JAL\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("jal\n"); emit_out(":END_WHILE_"); uniqueID_out(function->s, number_string); @@ 2324,8 2324,8 @@ void return_result() else if(AMD64 == Architecture) emit_out("pop_rbx\t# _return_result_locals\n"); else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# _return_result_locals\n"); else if(AARCH64 == Architecture) emit_out("POP_X1\t# _return_result_locals\n"); else if(RISCV32 == Architecture) emit_out("RD_A1 RS1_SP LW # _return_result_locals\nRD_SP RS1_SP !4 ADDI\n"); else if(RISCV64 == Architecture) emit_out("RD_A1 RS1_SP LD # _return_result_locals\nRD_SP RS1_SP !8 ADDI\n"); else if(RISCV32 == Architecture) emit_out("rd_a1 rs1_sp lw # _return_result_locals\nrd_sp rs1_sp !4 addi\n"); else if(RISCV64 == Architecture) emit_out("rd_a1 rs1_sp ld # _return_result_locals\nrd_sp rs1_sp !8 addi\n"); size_local_var = size_local_var - 1; } } @@ 2335,7 2335,7 @@ void return_result() else if(AMD64 == Architecture) emit_out("ret\n"); else if(ARMV7L == Architecture) emit_out("'1' LR RETURN\n"); else if(AARCH64 == Architecture) emit_out("RETURN\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("RETURN\n"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out("ret\n"); } void process_break() @@ 2355,8 2355,8 @@ void process_break() else if(AMD64 == Architecture) emit_out("pop_rbx\t# break_cleanup_locals\n"); else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# break_cleanup_locals\n"); else if(AARCH64 == Architecture) emit_out("POP_X1\t# break_cleanup_locals\n"); else if(RISCV32 == Architecture) emit_out("RD_A1 RS1_SP LW\t# break_cleanup_locals\nRD_SP RS1_SP !4 ADDI\n"); else if(RISCV64 == Architecture) emit_out("RD_A1 RS1_SP LD\t# break_cleanup_locals\nRD_SP RS1_SP !8 ADDI\n"); else if(RISCV32 == Architecture) emit_out("rd_a1 rs1_sp lw\t# break_cleanup_locals\nrd_sp rs1_sp !4 addi\n"); else if(RISCV64 == Architecture) emit_out("rd_a1 rs1_sp ld\t# break_cleanup_locals\nrd_sp rs1_sp !8 addi\n"); i = i->next; } global_token = global_token->next; @@ 2374,7 2374,7 @@ void process_break() emit_out(break_target_num); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS"); else if(AARCH64 == Architecture) emit_out("\nBR_X16"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" JAL"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" jal"); emit_out("\n"); require_match("ERROR in break statement\nMissing ;\n", ";"); } @@ 2402,7 2402,7 @@ void process_continue() emit_out(break_target_num); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS"); else if(AARCH64 == Architecture) emit_out("\nBR_X16"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" JAL"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" jal"); emit_out("\n"); require_match("ERROR in continue statement\nMissing ;\n", ";"); } @@ 2427,7 2427,7 @@ void recursive_statement() (((KNIGHT_POSIX == Architecture) || (KNIGHT_NATIVE == Architecture)) && !match("RET R15\n", output_list->s)) || ((ARMV7L == Architecture) && !match("'1' LR RETURN\n", output_list->s)) || ((AARCH64 == Architecture) && !match("RETURN\n", output_list->s)) || (((RISCV32 == Architecture) || (RISCV64 == Architecture)) && !match("RETURN\n", output_list->s))) (((RISCV32 == Architecture) || (RISCV64 == Architecture)) && !match("ret\n", output_list->s))) { struct token_list* i; for(i = function->locals; frame != i; i = i->next) @@ 2437,8 2437,8 @@ void recursive_statement() else if(AMD64 == Architecture) emit_out("pop_rbx\t# _recursive_statement_locals\n"); else if(ARMV7L == Architecture) emit_out("{R1} POP_ALWAYS\t# _recursive_statement_locals\n"); else if(AARCH64 == Architecture) emit_out("POP_X1\t# _recursive_statement_locals\n"); else if(RISCV32 == Architecture) emit_out("RD_A1 RS1_SP LW\t# _recursive_statement_locals\nRD_SP RS1_SP !4 ADDI\n"); else if(RISCV64 == Architecture) emit_out("RD_A1 RS1_SP LD\t# _recursive_statement_locals\nRD_SP RS1_SP !8 ADDI\n"); else if(RISCV32 == Architecture) emit_out("rd_a1 rs1_sp lw\t# _recursive_statement_locals\nrd_sp rs1_sp !4 addi\n"); else if(RISCV64 == Architecture) emit_out("rd_a1 rs1_sp ld\t# _recursive_statement_locals\nrd_sp rs1_sp !8 addi\n"); } } function->locals = frame; @@ 2517,7 2517,7 @@ void statement() emit_out(global_token->s); if(ARMV7L == Architecture) emit_out(" JUMP_ALWAYS"); else if(AARCH64 == Architecture) emit_out("\nBR_X16"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" JAL"); else if((RISCV32 == Architecture) || (RISCV64 == Architecture)) emit_out(" jal"); emit_out("\n"); global_token = global_token->next; require_match("ERROR in statement\nMissing ;\n", ";"); @@ 2636,8 2636,8 @@ void declare_function() else if((AMD64 == Architecture) && !match("ret\n", output_list->s)) emit_out("ret\n"); else if((ARMV7L == Architecture) && !match("'1' LR RETURN\n", output_list->s)) emit_out("'1' LR RETURN\n"); else if((AARCH64 == Architecture) && !match("RETURN\n", output_list->s)) emit_out("RETURN\n"); else if((RISCV32 == Architecture) && !match("RETURN\n", output_list->s)) emit_out("RETURN\n"); else if((RISCV64 == Architecture) && !match("RETURN\n", output_list->s)) emit_out("RETURN\n"); else if((RISCV32 == Architecture) && !match("ret\n", output_list->s)) emit_out("ret\n"); else if((RISCV64 == Architecture) && !match("ret\n", output_list->s)) emit_out("ret\n"); } }
M test/test.answers => test/test.answers +251 -251
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