State 11 conflicts: 1 shift/reduce State 36 conflicts: 1 shift/reduce State 45 conflicts: 1 shift/reduce Grammar 0 $accept: asm $end 1 asm: asm data_segm instruction_segm 2 | data_segm instruction_segm 3 | instruction_segm 4 instruction_segm: instruction_segm instruction 5 | instruction 6 instruction: instr comment 7 | label_decl instr comment 8 | instr 9 | label_decl instr 10 instr: OPCODE3 register REG register 11 | OPCODE2 REG REG immediate 12 | OPCODEI REG address 13 | CCODE address 14 | HALT 15 | NOP 16 data_segm: data_segm data_def 17 | data_def comment 18 | data_def 19 data_def: label_decl data_value 20 | data_value 21 label_decl: ETI COLON 22 data_value: _WORD IMM 23 | _SPACE IMM 24 register: REG 25 | LPAR REG RPAR 26 immediate: BEGIN_IMMEDIATE IMM 27 | BEGIN_IMMEDIATE MINUS IMM 28 address: ETI 29 | IMM 30 comment: BEGIN_COMMENT COMMENT END_COMMENT Terminals, with rules where they appear $end (0) 0 error (256) OPCODE3 (258) 10 OPCODE2 (259) 11 OPCODEI (260) 12 CCODE (261) 13 HALT (262) 14 NOP (263) 15 _WORD (264) 22 _SPACE (265) 23 REG (266) 10 11 12 24 25 LPAR (267) 25 RPAR (268) 25 COLON (269) 21 MINUS (270) 27 BEGIN_IMMEDIATE (271) 26 27 BEGIN_COMMENT (272) 30 END_COMMENT (273) 30 COMMENT (274) 30 ETI (275) 21 28 IMM (276) 22 23 26 27 29 Nonterminals, with rules where they appear $accept (22) on left: 0 asm (23) on left: 1 2 3, on right: 0 1 instruction_segm (24) on left: 4 5, on right: 1 2 3 4 instruction (25) on left: 6 7 8 9, on right: 4 5 instr (26) on left: 10 11 12 13 14 15, on right: 6 7 8 9 data_segm (27) on left: 16 17 18, on right: 1 2 16 data_def (28) on left: 19 20, on right: 16 17 18 label_decl (29) on left: 21, on right: 7 9 19 data_value (30) on left: 22 23, on right: 19 20 register (31) on left: 24 25, on right: 10 immediate (32) on left: 26 27, on right: 11 address (33) on left: 28 29, on right: 12 13 comment (34) on left: 30, on right: 6 7 17 state 0 0 $accept: . asm $end OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 _WORD shift, and go to state 7 _SPACE shift, and go to state 8 ETI shift, and go to state 9 asm go to state 10 instruction_segm go to state 11 instruction go to state 12 instr go to state 13 data_segm go to state 14 data_def go to state 15 label_decl go to state 16 data_value go to state 17 state 1 10 instr: OPCODE3 . register REG register REG shift, and go to state 18 LPAR shift, and go to state 19 register go to state 20 state 2 11 instr: OPCODE2 . REG REG immediate REG shift, and go to state 21 state 3 12 instr: OPCODEI . REG address REG shift, and go to state 22 state 4 13 instr: CCODE . address ETI shift, and go to state 23 IMM shift, and go to state 24 address go to state 25 state 5 14 instr: HALT . $default reduce using rule 14 (instr) state 6 15 instr: NOP . $default reduce using rule 15 (instr) state 7 22 data_value: _WORD . IMM IMM shift, and go to state 26 state 8 23 data_value: _SPACE . IMM IMM shift, and go to state 27 state 9 21 label_decl: ETI . COLON COLON shift, and go to state 28 state 10 0 $accept: asm . $end 1 asm: asm . data_segm instruction_segm $end shift, and go to state 29 _WORD shift, and go to state 7 _SPACE shift, and go to state 8 ETI shift, and go to state 9 data_segm go to state 30 data_def go to state 15 label_decl go to state 31 data_value go to state 17 state 11 3 asm: instruction_segm . 4 instruction_segm: instruction_segm . instruction OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 ETI shift, and go to state 9 ETI [reduce using rule 3 (asm)] $default reduce using rule 3 (asm) instruction go to state 32 instr go to state 13 label_decl go to state 33 state 12 5 instruction_segm: instruction . $default reduce using rule 5 (instruction_segm) state 13 6 instruction: instr . comment 8 | instr . BEGIN_COMMENT shift, and go to state 34 $default reduce using rule 8 (instruction) comment go to state 35 state 14 2 asm: data_segm . instruction_segm 16 data_segm: data_segm . data_def OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 _WORD shift, and go to state 7 _SPACE shift, and go to state 8 ETI shift, and go to state 9 instruction_segm go to state 36 instruction go to state 12 instr go to state 13 data_def go to state 37 label_decl go to state 16 data_value go to state 17 state 15 17 data_segm: data_def . comment 18 | data_def . BEGIN_COMMENT shift, and go to state 34 $default reduce using rule 18 (data_segm) comment go to state 38 state 16 7 instruction: label_decl . instr comment 9 | label_decl . instr 19 data_def: label_decl . data_value OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 _WORD shift, and go to state 7 _SPACE shift, and go to state 8 instr go to state 39 data_value go to state 40 state 17 20 data_def: data_value . $default reduce using rule 20 (data_def) state 18 24 register: REG . $default reduce using rule 24 (register) state 19 25 register: LPAR . REG RPAR REG shift, and go to state 41 state 20 10 instr: OPCODE3 register . REG register REG shift, and go to state 42 state 21 11 instr: OPCODE2 REG . REG immediate REG shift, and go to state 43 state 22 12 instr: OPCODEI REG . address ETI shift, and go to state 23 IMM shift, and go to state 24 address go to state 44 state 23 28 address: ETI . $default reduce using rule 28 (address) state 24 29 address: IMM . $default reduce using rule 29 (address) state 25 13 instr: CCODE address . $default reduce using rule 13 (instr) state 26 22 data_value: _WORD IMM . $default reduce using rule 22 (data_value) state 27 23 data_value: _SPACE IMM . $default reduce using rule 23 (data_value) state 28 21 label_decl: ETI COLON . $default reduce using rule 21 (label_decl) state 29 0 $accept: asm $end . $default accept state 30 1 asm: asm data_segm . instruction_segm 16 data_segm: data_segm . data_def OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 _WORD shift, and go to state 7 _SPACE shift, and go to state 8 ETI shift, and go to state 9 instruction_segm go to state 45 instruction go to state 12 instr go to state 13 data_def go to state 37 label_decl go to state 16 data_value go to state 17 state 31 19 data_def: label_decl . data_value _WORD shift, and go to state 7 _SPACE shift, and go to state 8 data_value go to state 40 state 32 4 instruction_segm: instruction_segm instruction . $default reduce using rule 4 (instruction_segm) state 33 7 instruction: label_decl . instr comment 9 | label_decl . instr OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 instr go to state 39 state 34 30 comment: BEGIN_COMMENT . COMMENT END_COMMENT COMMENT shift, and go to state 46 state 35 6 instruction: instr comment . $default reduce using rule 6 (instruction) state 36 2 asm: data_segm instruction_segm . 4 instruction_segm: instruction_segm . instruction OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 ETI shift, and go to state 9 ETI [reduce using rule 2 (asm)] $default reduce using rule 2 (asm) instruction go to state 32 instr go to state 13 label_decl go to state 33 state 37 16 data_segm: data_segm data_def . $default reduce using rule 16 (data_segm) state 38 17 data_segm: data_def comment . $default reduce using rule 17 (data_segm) state 39 7 instruction: label_decl instr . comment 9 | label_decl instr . BEGIN_COMMENT shift, and go to state 34 $default reduce using rule 9 (instruction) comment go to state 47 state 40 19 data_def: label_decl data_value . $default reduce using rule 19 (data_def) state 41 25 register: LPAR REG . RPAR RPAR shift, and go to state 48 state 42 10 instr: OPCODE3 register REG . register REG shift, and go to state 18 LPAR shift, and go to state 19 register go to state 49 state 43 11 instr: OPCODE2 REG REG . immediate BEGIN_IMMEDIATE shift, and go to state 50 immediate go to state 51 state 44 12 instr: OPCODEI REG address . $default reduce using rule 12 (instr) state 45 1 asm: asm data_segm instruction_segm . 4 instruction_segm: instruction_segm . instruction OPCODE3 shift, and go to state 1 OPCODE2 shift, and go to state 2 OPCODEI shift, and go to state 3 CCODE shift, and go to state 4 HALT shift, and go to state 5 NOP shift, and go to state 6 ETI shift, and go to state 9 ETI [reduce using rule 1 (asm)] $default reduce using rule 1 (asm) instruction go to state 32 instr go to state 13 label_decl go to state 33 state 46 30 comment: BEGIN_COMMENT COMMENT . END_COMMENT END_COMMENT shift, and go to state 52 state 47 7 instruction: label_decl instr comment . $default reduce using rule 7 (instruction) state 48 25 register: LPAR REG RPAR . $default reduce using rule 25 (register) state 49 10 instr: OPCODE3 register REG register . $default reduce using rule 10 (instr) state 50 26 immediate: BEGIN_IMMEDIATE . IMM 27 | BEGIN_IMMEDIATE . MINUS IMM MINUS shift, and go to state 53 IMM shift, and go to state 54 state 51 11 instr: OPCODE2 REG REG immediate . $default reduce using rule 11 (instr) state 52 30 comment: BEGIN_COMMENT COMMENT END_COMMENT . $default reduce using rule 30 (comment) state 53 27 immediate: BEGIN_IMMEDIATE MINUS . IMM IMM shift, and go to state 55 state 54 26 immediate: BEGIN_IMMEDIATE IMM . $default reduce using rule 26 (immediate) state 55 27 immediate: BEGIN_IMMEDIATE MINUS IMM . $default reduce using rule 27 (immediate)