// BYTE-ORIENTED FILE REGISTER OPERATIONS

PIC_addwf:         "Add W and f"
PIC_andwf:         "AND W with f"
PIC_clrf:          "Clear f"
PIC_clrw:          "Clear W"
PIC_comf:          "Complement f"
PIC_decf:          "Decrement f"
PIC_decfsz:        "Decrement f, Skip if 0"
PIC_incf:          "Increment f"
PIC_incfsz:        "Increment f, Skip if 0"
PIC_iorwf:         "Inclusive OR W with f"
PIC_movf:          "Move f"
PIC_movwf:         "Move W to f"
PIC_nop:           "No Operation"
PIC_rlf:           "Rotate Left f through Carry"
PIC_rrf:           "Rotate Right f through Carry"
PIC_subwf:         "Subtract W from f"
PIC_swapf:         "Swap nibbles in f"
PIC_xorwf:         "Exclusive OR W with f"

// BIT-ORIENTED FILE REGISTER OPERATIONS

PIC_bcf:           "Bit Clear f"
PIC_bsf:           "Bit Set f"
PIC_btfsc:         "Bit Test f, Skip if Clear"
PIC_btfss:         "Bit Test f, Skip if Set"


// LITERAL AND CONTROL OPERATIONS

PIC_addlw:         "Add literal and W"
PIC_andlw:         "AND literal with W"
PIC_call:          "Call subroutine"
PIC_clrwdt:        "Clear Watchdog Timer"
PIC_goto:          "Go to address"
PIC_iorlw:         "Inclusive OR literal with W"
PIC_movlw:         "Move literal to W"
PIC_retfie:        "Return from interrupt"
PIC_retlw:         "Return with literal in W"
PIC_return:        "Return from Subroutine"
PIC_sleep:         "Go into standby mode"
PIC_sublw:         "Subtract W from literal"
PIC_xorlw:         "Exclusive OR literal with W"

// ADDITIONAL INSTRUCTIONS TO MAINTAIN COMPITIBILITY WITH 16C5x

PIC_option:        "Load OPTION register"
PIC_tris:          "Load TRIS Register"

// MACROS

PIC_movfw:         "Move Contents of File Reg to W"
PIC_tstf:          "Test Contents of File Register"
PIC_negf:          "Negate File Register Contents"
PIC_b:             "Branch to Address"
PIC_clrc:          "Clear Carry"
PIC_clrdc:         "Clear Digit Carry"
PIC_clrz:          "Clear Zero"
PIC_setc:          "Set Carry"
PIC_setdc:         "Set Digit Carry"
PIC_setz:          "Set Zero"
PIC_skpc:          "Skip on Carry"
PIC_skpdc:         "Skip on Digit Carry"
PIC_skpnc:         "Skip on No Carry"
PIC_skpndc:        "Skip on No Digit Carry"
PIC_skpnz:         "Skip on No Zero"
PIC_skpz:          "Skip on Zero"
PIC_bc:            "Branch on Carry to Address k"
PIC_bdc:           "Branch on Digit Carry to k"
PIC_bnc:           "Branch on No Carry to k"
PIC_bndc:          "Branch on No Digit Carry to k"
PIC_bnz:           "Branch on No Zero to Address"
PIC_bz:            "Branch on Zero to Address k"
PIC_addcf:         "Add Carry to File Register"
PIC_adddcf:        "Add Digit to File Register"
PIC_subcf:         "Subtract Carry from File Reg"

// BYTE-ORIENTED FILE REGISTER OPERATIONS

PIC_addwf3:        "Add W and f"
PIC_addwfc3:       "Add W and Carry to f"
PIC_andwf3:        "AND W with f"
PIC_clrf2:         "Clear f"
PIC_comf3:         "Complement f"
PIC_cpfseq2:       "Compare f with W, Skip if =="
PIC_cpfsgt2:       "Compare f with W, Skip if >"
PIC_cpfslt2:       "Compare f with W, Skip if <"
PIC_decf3:         "Decrement f"
PIC_decfsz3:       "Decrement f, Skip if 0"
PIC_dcfsnz3:       "Decrement f, Skip if not 0"
PIC_incf3:         "Increment f"
PIC_incfsz3:       "Increment f, Skip if 0"
PIC_infsnz3:       "Increment f, Skip if not 0"
PIC_iorwf3:        "Inclusive OR W with f"
PIC_movf3:         "Move f"
PIC_movff2:        "Move fs to fd"
PIC_movwf2:        "Move W to f"
PIC_mulwf2:        "Multiply W with f"
PIC_negf2:         "Negate f"
PIC_rlcf3:         "Rotate Left f through Carry"
PIC_rlncf3:        "Rotate Left f"
PIC_rrcf3:         "Rotate Right f through Carry"
PIC_rrncf3:        "Rotate Right f"
PIC_setf2:         "Set f"
PIC_subfwb3:       "Substract f from W with borrow"
PIC_subwf3:        "Substract W from f"
PIC_subwfb3:       "Substract W from f with borrow"
PIC_swapf3:        "Swap nibbles in f"
PIC_tstfsz2:       "Test f, Skip if 0"
PIC_xorwf3:        "Exclusive OR W with f"

// BIT-ORIENTED FILE REGISTER OPERATIONS

PIC_bcf3:          "Bit Clear f"
PIC_bsf3:          "Bit Set f"
PIC_btfsc3:        "Bit Test f, Skip if Clear"
PIC_btfss3:        "Bit Test f, Skip if Set"
PIC_btg3:          "Bit Toggle f"

// CONTROL OPERATIONS

PIC_bc1:           "Branch if Carry"
PIC_bn1:           "Branch if Negative"
PIC_bnc1:          "Branch if not Carry"
PIC_bnn1:          "Branch if not Negative"
PIC_bnov1:         "Branch if not Overflow"
PIC_bnz1:          "Branch if not Zero"
PIC_bov1:          "Branch if Overflow"
PIC_bra1:          "Branch unconditionally"
PIC_bz1:           "Branch if Zero"
PIC_call2:         "Call subroutine"
// PIC_clrwdt
PIC_daw0:          "Decimal Adjust W"
// PIC_goto
// PIC_nop
// PIC_nop
PIC_pop0:          "Pop top of return stack"
PIC_push0:         "Push top of return stack"
PIC_rcall1:        "Relative Call subroutine"
PIC_reset0:        "Software device Reset"
PIC_retfie1:       "Return from interrupt enable"
// PIC_retlw
PIC_return1:       "Return from Subroutine"
// PIC_sleep

// LITERAL OPERATIONS

// PIC_addlw
// PIC_andlw
// PIC_iorlw
PIC_lfsr2:         "Move literal to FSR"
PIC_movlb1:        "Move literal to BSR"
// PIC_movlw
PIC_mullw1:        "Multiply literal with W"
// PIC_retlw
// PIC_sublw
// PIC_xorlw

// DATA MEMORY <-> PROGRAM MEMORY OPERATIONS

PIC_tblrd0:        "Table Read"
PIC_tblrd0p:       "Table Read with post-increment"
PIC_tblrd0m:       "Table Read with post-decrement"
PIC_tblrdp0:       "Table Read with pre-increment"
PIC_tblwt0:        "Table Write"
PIC_tblwt0p:       "Table Write with post-increment"
PIC_tblwt0m:       "Table Write with post-decrement"
PIC_tblwtp0:       "Table Write with pre-increment"

// ADDITIONAL INSTRUCTIONS FOR 16F1x AND 12F1x

PIC_addwfc:       "Add W and Carry to f"
PIC_movlp:        "Move literal to PCLATH"
PIC_movlb:        "Move literal to BSR"
PIC_addfsr:       "Add Literal to FSRn"
PIC_asrf:         "Arithmetic Right Shift"
PIC_lslf:         "Logical Left Shift"
PIC_lsrf:         "Logical Right Shift"
PIC_subwfb:       "Subtract with Borrow W from f"
PIC_bra:          "Relative Branch"
PIC_brw:          "Relative Branch with W"
PIC_callw:        "Call Subroutine with W"
PIC_reset:        "Software device Reset"
PIC_moviw:        "Move INDFn to W"
PIC_movwi:        "Move W to INDFn"