control1.hier_info

16位CUPIP核,完全运行的好的东西,可以直接拿来用的!

|control1
clock => current_state~0.IN1
reset => current_state~1.IN1
instrReg[0] => Mux~10.IN35
instrReg[0] => Mux~10.IN36
instrReg[0] => regSel~2.DATAB
instrReg[0] => Select~7.IN2
instrReg[1] => Mux~9.IN35
instrReg[1] => Mux~9.IN36
instrReg[1] => regSel~1.DATAB
instrReg[1] => Select~6.IN2
instrReg[2] => Mux~8.IN35
instrReg[2] => Mux~8.IN36
instrReg[2] => regSel~0.DATAB
instrReg[2] => Select~5.IN2
instrReg[3] => Mux~10.IN32
instrReg[3] => Mux~10.IN33
instrReg[3] => Mux~10.IN34
instrReg[3] => Select~7.IN1
instrReg[4] => Mux~9.IN32
instrReg[4] => Mux~9.IN33
instrReg[4] => Mux~9.IN34
instrReg[4] => Select~6.IN1
instrReg[5] => Mux~8.IN32
instrReg[5] => Mux~8.IN33
instrReg[5] => Mux~8.IN34
instrReg[5] => Select~5.IN1
instrReg[6] => ~NO_FANOUT~
instrReg[7] => ~NO_FANOUT~
instrReg[8] => ~NO_FANOUT~
instrReg[9] => ~NO_FANOUT~
instrReg[10] => ~NO_FANOUT~
instrReg[11] => Mux~0.IN36
instrReg[11] => Mux~1.IN36
instrReg[11] => Mux~2.IN36
instrReg[11] => Mux~3.IN36
instrReg[11] => Mux~4.IN36
instrReg[11] => Mux~5.IN36
instrReg[11] => Mux~6.IN36
instrReg[11] => Mux~7.IN36
instrReg[11] => Mux~8.IN31
instrReg[11] => Mux~9.IN31
instrReg[11] => Mux~10.IN31
instrReg[11] => Mux~11.IN36
instrReg[11] => Mux~12.IN36
instrReg[12] => Mux~0.IN35
instrReg[12] => Mux~1.IN35
instrReg[12] => Mux~2.IN35
instrReg[12] => Mux~3.IN35
instrReg[12] => Mux~4.IN35
instrReg[12] => Mux~5.IN35
instrReg[12] => Mux~6.IN35
instrReg[12] => Mux~7.IN35
instrReg[12] => Mux~8.IN30
instrReg[12] => Mux~9.IN30
instrReg[12] => Mux~10.IN30
instrReg[12] => Mux~11.IN35
instrReg[12] => Mux~12.IN35
instrReg[12] => Mux~13.IN19
instrReg[13] => Mux~0.IN34
instrReg[13] => Mux~1.IN34
instrReg[13] => Mux~2.IN34
instrReg[13] => Mux~3.IN34
instrReg[13] => Mux~4.IN34
instrReg[13] => Mux~5.IN34
instrReg[13] => Mux~6.IN34
instrReg[13] => Mux~7.IN34
instrReg[13] => Mux~8.IN29
instrReg[13] => Mux~9.IN29
instrReg[13] => Mux~10.IN29
instrReg[13] => Mux~11.IN34
instrReg[13] => Mux~12.IN34
instrReg[13] => Mux~13.IN18
instrReg[14] => Mux~0.IN33
instrReg[14] => Mux~1.IN33
instrReg[14] => Mux~2.IN33
instrReg[14] => Mux~3.IN33
instrReg[14] => Mux~4.IN33
instrReg[14] => Mux~5.IN33
instrReg[14] => Mux~6.IN33
instrReg[14] => Mux~7.IN33
instrReg[14] => Mux~8.IN28
instrReg[14] => Mux~9.IN28
instrReg[14] => Mux~10.IN28
instrReg[14] => Mux~11.IN33
instrReg[14] => Mux~12.IN33
instrReg[14] => Mux~13.IN17
instrReg[15] => Mux~0.IN32
instrReg[15] => Mux~1.IN32
instrReg[15] => Mux~2.IN32
instrReg[15] => Mux~3.IN32
instrReg[15] => Mux~4.IN32
instrReg[15] => Mux~5.IN32
instrReg[15] => Mux~6.IN32
instrReg[15] => Mux~7.IN32
instrReg[15] => Mux~8.IN27
instrReg[15] => Mux~9.IN27
instrReg[15] => Mux~10.IN27
instrReg[15] => Mux~11.IN32
instrReg[15] => Mux~12.IN32
instrReg[15] => Mux~13.IN16
compout => next_state.bgti5.DATAB
compout => next_state.incpc.IN7
ready => regSel~0.OUTPUTSELECT
ready => regSel~1.OUTPUTSELECT
ready => regSel~2.OUTPUTSELECT
ready => Select~10.IN2
ready => next_state.incpc.IN2
ready => Select~3.IN2
ready => Select~3.IN3
ready => next_state.loadpc.IN1
ready => Select~4.IN1
ready => next_state.execute.IN1
ready => next_state.reset6.IN4
ready => next_state.incpc6.IN4
ready => next_state.loadpc4.IN4
ready => next_state.bgti10.IN4
ready => next_state.brai6.IN4
ready => next_state.loadi6.IN4
progCntrWr <= Select~3.DB_MAX_OUTPUT_PORT_TYPE
progCntrRd <= Select~9.DB_MAX_OUTPUT_PORT_TYPE
addrRegWr <= reduce_or~18.DB_MAX_OUTPUT_PORT_TYPE
addrRegRd <= <GND>
outRegWr <= reduce_or~14.DB_MAX_OUTPUT_PORT_TYPE
outRegRd <= reduce_or~15.DB_MAX_OUTPUT_PORT_TYPE
shiftSel[0] <= <GND>
shiftSel[1] <= <GND>
shiftSel[2] <= <GND>
aluSel[0] <= Select~2.DB_MAX_OUTPUT_PORT_TYPE
aluSel[1] <= Select~1.DB_MAX_OUTPUT_PORT_TYPE
aluSel[2] <= Select~0.DB_MAX_OUTPUT_PORT_TYPE
aluSel[3] <= aluSel~0.DB_MAX_OUTPUT_PORT_TYPE
compSel[0] <= <GND>
compSel[1] <= compSel~0.DB_MAX_OUTPUT_PORT_TYPE
compSel[2] <= <GND>
opRegRd <= compSel~0.DB_MAX_OUTPUT_PORT_TYPE
opRegWr <= current_state.bgti2.DB_MAX_OUTPUT_PORT_TYPE
instrWr <= Select~4.DB_MAX_OUTPUT_PORT_TYPE
regSel[0] <= Select~7.DB_MAX_OUTPUT_PORT_TYPE
regSel[1] <= Select~6.DB_MAX_OUTPUT_PORT_TYPE
regSel[2] <= Select~5.DB_MAX_OUTPUT_PORT_TYPE
regRd <= Select~8.DB_MAX_OUTPUT_PORT_TYPE
regWr <= Select~10.DB_MAX_OUTPUT_PORT_TYPE
rw <= current_state.store3.DB_MAX_OUTPUT_PORT_TYPE
vma <= reduce_or~19.DB_MAX_OUTPUT_PORT_TYPE