TMS_abs:	"Absolute value of Acc"
TMS_adcb:	"Add ACCB to Acc With Carry"
TMS_add:	"Add to Acc"
TMS_addb:	"Add ACCB to Acc"
TMS_addc:	"Add to Acc With Carry"
TMS_adds:	"Add to Acc With Sign-Extension Suppressed"
TMS_addt:	"Add to Acc With Shift Specified by TREG1"
TMS_adrk:	"Add to Aux Register With Short Immediate"
TMS_and:	"AND With Acc"
TMS_andb:	"AND ACCD With Acc"
TMS_apac:	"Add P Register to Acc"
TMS_apl:	"AND Data Memory Value With DBMR"
TMS_apl2:	"AND Data Memory Value With Long Constant"
TMS_b:		"Branch Unconditionally"
TMS_bacc:	"Branch to Location (Acc)"
TMS_baccd:	"Branch to Location (Acc) Delayed"
TMS_banz:	"Branch on Aux Register Not Zero"
TMS_banzd:	"Branch on Aux Register Not Zero Delayed"
TMS_bcnd:	"Branch Conditionally"
TMS_bcndd:	"Branch Conditionally Delayed"
TMS_bd:		"Branch Unconditionally Delayed"
TMS_bit:	"Test Bit"
TMS_bitt:	"Test Bit Specified by TREG2"
TMS_bldd:	"Block Move From Data Memory to Data Memory"
TMS_bldp:	"Block Move From Data Memory to Program Memory"
TMS_blpd:	"Block Move From Program Memory to Data Memory"
TMS_bsar:	"Barrel Shift"
TMS_cala:	"Call Subroutine at (Acc)"
TMS_calad:	"Call Subroutine at (Acc) Delayed"
TMS_call:	"Call Unconditionally"
TMS_calld:	"Call Unconditionally Delayed"
TMS_cc:		"Call Conditionally"
TMS_ccd:	"Call Conditionally Delayed"
TMS_clrc:	"Clear Control Bit"
TMS_cmpl:	"Complement Acc"
TMS_cmpr:	"Compare Aux Register With ARCR"
TMS_cpl:	"Compare DBMR With Data Value"
TMS_cpl2:	"Compare Long Immediate With Data Value"
TMS_crgt:	"Test for Acc Greater Than ACCB"
TMS_crlt:	"Test for Acc Smaller Than ACCB"
TMS_dmov:	"Data Move in Data Memory"
TMS_estop:	"Emulator Stop"
TMS_exar:	"Exchange ACCB With Acc"
TMS_idle:	"Idle Until Interrupt"
TMS_idle2:	"Idle Until Interrupt - Low Power Mode"
TMS_in:		"Input Data From Port"
TMS_intr:	"Soft Interrupt"
TMS_lacb:	"Load Acc With ACCB"
TMS_lacc:	"Load Acc With Shift"
TMS_lacl:	"Load Low Acc and Clear High Acc"
TMS_lact:	"Load Acc With Shift Specified by TREG1"
TMS_lamm:	"Load Acc With Memory-Mapped Register"
TMS_lar:	"Load Aux Register"
TMS_ldp:	"Load Data Memory Pointer"
TMS_lmmr:	"Load Memory-Mapped Register"
TMS_lph:	"Load Product High Register"
TMS_lst:	"Load Status Register"
TMS_lt:		"Load TREG0"
TMS_lta:	"Load TREG0 and Accumulate Previous Product"
TMS_ltd:	"Load TREG0,Accumulate Previous Product and Move Data"
TMS_ltp:	"Load TREG0 and Store P -> Acc"
TMS_lts:	"Load TREG0 and Subtract Previous Product"
TMS_mac:	"Multiply and Accumulate"
TMS_macd:	"Multiply and Accumulate With Data Move"
TMS_madd:	"Multiply and Accumulate With Data Move and Dynamic Addressing"
TMS_mads:	"Multiply and Accumulate With Dynamic Addressing"
TMS_mar:	"Modify Aux Register"
TMS_mpy:	"Multiply"
TMS_mpya:	"Multiply and Accumulate Previous Product"
TMS_mpys:	"Multiply and Subtract Previous Product"
TMS_mpyu:	"Multiply Unsigned"
TMS_neg:	"Negate Acc"
TMS_nmi:	"Nonmaskable Interrupt"
TMS_nop:	"No Operation"
TMS_norm:	"Normalize Contents of Acc"
TMS_opl:	"OR With DBMS"
TMS_opl2:	"OR With Long Immediate"
TMS_or:		"OR With Acc"
TMS_orb:	"OR ACCB With Accumulator"
TMS_out:	"Out Data to Port"
TMS_pac:	"Load Acc <- P"
TMS_pop:	"Pop Top of Stack to Low Acc"
TMS_popd:	"Pop Top of Stack to Data Memory"
TMS_pshd:	"Push Data Memory Value Onto Stack"
TMS_push:	"Push Low Acc Onto Stack"
TMS_ret:	"Return From Subroutine"
TMS_retc:	"Return Conditionally"
TMS_retcd:	"Return Conditionally Delayed"
TMS_retd:	"Return From Subroutine Delayed"
TMS_rete:	"Enable Interrupts and Return From Interrupt"
TMS_reti:	"Return From Interrupt"
TMS_rol:	"Rotate Acc Left"
TMS_rolb:	"Rotate ACCB and Acc Left"
TMS_ror:	"Rotate Acc Right"
TMS_rorb:	"Rotate ACCB and Acc Right"
TMS_rpt:	"Repeat Next Instruction"
TMS_rptb:	"Repeat Block"
TMS_rptz:	"Repeat Preceded by Clearing Acc and P"
TMS_sacb:	"Store Acc in ACCB"
TMS_sach:	"Store High Acc With Shift"
TMS_sacl:	"Store Low Acc With Shift"
TMS_samm:	"Store Acc in Memory-Mapped Register"
TMS_sar:	"Store Aux Register"
TMS_sath:	"Barrel Shift Acc as Specified by TREG1(4)"
TMS_satl:	"Barrel Shift Acc as Specified by TREG1(3-0)"
TMS_sbb:	"Subtract ACCB From Acc"
TMS_sbbb:	"Subtract ACCB From Acc With Borrow"
TMS_sbrk:	"Subtract From Aux Register Short Immediate"
TMS_setc:	"Set Control Bit"
TMS_sfl:	"Shift Acc Left"
TMS_sflb:	"Shift ACCB and Acc Left"
TMS_sfr: 	"Shift Acc Right"
TMS_sfrb:	"Shift ACCB and Acc Right"
TMS_smmr:	"Store Memory-Mapped Register"
TMS_spac:	"Subtract P From Acc"
TMS_sph:	"Store High P Register"
TMS_spl:	"Store Low P Register"
TMS_splk:	"Store Parallel Long Immediate"
TMS_spm:	"Store ACCB and Acc Right"
TMS_sqra:	"Square and Accumulate Previous Product"
TMS_sqrs:	"Square and Subtract Previous Product"
TMS_sst:	"Store Status Register"
TMS_sub:	"Subtract From Acc"
TMS_subb:	"Subtract From Acc With Borrow"
TMS_subc:	"Conditional Subtract"
TMS_subs:	"Subtract From Acc With Sign-Extension Suppressed"
TMS_subt:	"Subtract From Acc With Shift Specified by TREG1"
TMS_tblr:	"Table Read"
TMS_tblw:	"Table Write"
TMS_trap:	"Software Interrupt"
TMS_xc:		"Execute Conditionally"
TMS_xor:	"Exclusive-OR With Acc"
TMS_xorb:	"Exclusive-OR of ACCB With Acc"
TMS_xpl:	"Exclusive-OR Data Memory Value"
TMS_xpl2:	"Exclusive-OR Data Memory Value"
TMS_zalr:	"Zero Low Acc Load High Acc With Rounding"
TMS_zap:	"Zero Acc and P"
TMS_zpr:	"Zero P Register"

//
//	TMS320C2x instructions
//

TMS2_abs:	"Absolute value of accumulator"
TMS2_add:	"Add to accumulator with shift"
TMS2_addc:	"Add to accumulator with carry"
TMS2_addh:	"Add to high accumulator"
TMS2_addk:	"Add to accumulator short immediate"
TMS2_adds:	"Add to low accumulator with sign extension suppressed"
TMS2_addt:	"Add to accumulator with shift specified by T register"
TMS2_adlk:	"Add to accumulator long immediate with shift"
TMS2_adrk:	"Add to auxiliary register short immediate"
TMS2_and:	"And with accumulator"
TMS2_andk:	"And immediate with accumulator with shift"
TMS2_apac:	"App P register to accumulator"
TMS2_b:		"Branch unconditionally"
TMS2_bacc:	"Branch to address specified by accumulator"
TMS2_banz:	"Branch on auxiliary register not zero"
TMS2_bbnz:	"Branch if tc bit != 0"
TMS2_bbz:	"Branch if tc bit = 0"
TMS2_bc:	"Branch on carry"
TMS2_bgez:	"Branch if accumulator >= 0"
TMS2_bgz:	"Branch if accumulator > 0"
TMS2_bioz:	"Branch on i/o status = 0"
TMS2_bit:	"Test bit"
TMS2_bitt:	"Test bit specifed by T register"
TMS2_blez:	"Branch if accumulator <= 0"
TMS2_blkd:	"Block move from data memory to data memory"
TMS2_blkp:	"Block move from program memory to data memory"
TMS2_blz:	"Branch if accumulator < 0"
TMS2_bnc:	"Branch on no carry"
TMS2_bnv:	"Branch if no overflow"
TMS2_bnz:	"Branch if accumulator != 0"
TMS2_bv:	"Branch on overflow"
TMS2_bz:	"Branch if accumulator = 0"
TMS2_cala:	"Call subroutine indirect"
TMS2_call:	"Call subroutine"
TMS2_cmpl:	"Complement accumulator"
TMS2_cmpr:	"Compare auxiliary register with auxiliary register ar0"
TMS2_cnfd:	"Configure block as data memory"
TMS2_cnfp:	"Configure block as program memory"
TMS2_conf:	"Configure block as data/program memory"
TMS2_dint:	"Disable interrupt"
TMS2_dmov:	"Data move in data memory"
TMS2_eint:	"Enable interrupt"
TMS2_fort:	"Format serial port registers"
TMS2_idle:	"Idle until interrupt"
TMS2_in:	"Input data from port"
TMS2_lac:	"Load accumulator with shift"
TMS2_lack:	"Load accumulator short immediate"
TMS2_lact:	"Load accumulator with shift specified by T register"
TMS2_lalk:	"Load accumulator long immediate with shift"
TMS2_lar:	"Load auxiliary register"
TMS2_lark:	"Load auxiliary register short immediate"
TMS2_larp:	"Load auxiliary register pointer"
TMS2_ldp:	"Load data memory page pointer"
TMS2_ldpk:	"Load data memory page pointer immediate"
TMS2_lph:	"Load high P register"
TMS2_lrlk:	"Load auxiliary register long immediate"
TMS2_lst:	"Load status register ST0"
TMS2_lst1:	"Load status register ST1"
TMS2_lt:	"Load T register"
TMS2_lta:	"Load T register and accumulate previous product"
TMS2_ltd:	"Load T register, accumulate previous product and move data"
TMS2_ltp:	"Load T register and store P register in accumulator"
TMS2_lts:	"Load T register and subtract previous product"
TMS2_mac:	"Multiply and accumulate"
TMS2_macd:	"Multiply and accumulate with data move"
TMS2_mar:	"Modify auxiliary register"
TMS2_mpy:	"Multiply (with T register, store product in P register)"
TMS2_mpya:	"Multiply and accumulate previous product"
TMS2_mpyk:	"Multiply immediate"
TMS2_mpys:	"Multiply and subtract previous product"
TMS2_mpyu:	"Multiply unsigned"
TMS2_neg:	"Negate accumulator"
TMS2_nop:	"No operation"
TMS2_norm:	"Normalize contents of accumulator"
TMS2_or:	"Or with accumulator"
TMS2_ork:	"Or immediate with accumulator with shift"
TMS2_out:	"Output data to port"
TMS2_pac:	"Load accumulator with P register"
TMS2_pop:	"Pop top of stack to low accumulator"
TMS2_popd:	"Pop top of stack to data memory"
TMS2_pshd:	"Push data memory value onto stack"
TMS2_push:	"Push low accumulator onto stack"
TMS2_rc:	"Reset carry bit"
TMS2_ret:	"Return from subroutine"
TMS2_rfsm:	"Reset serial port frame synchronization mode"
TMS2_rhm:	"Reset hold mode"
TMS2_rol:	"Rotate accumulator left"
TMS2_ror:	"Rotate acuumulator right"
TMS2_rovm:	"Reset overflow mode"
TMS2_rpt:	"Repeat instruction as specified by data memory value"
TMS2_rptk:	"Repeat instruction as specified by immediate value"
TMS2_rsxm:	"Reset sign extension mode"
TMS2_rtc:	"Reset test/control flag"
TMS2_rtxm:	"Reset serial port transmit mode"
TMS2_rxf:	"Reset external flag"
TMS2_sach:	"Store high accumulator with shift"
TMS2_sacl:	"Store low accumulator with shift"
TMS2_sar:	"Store auxiliary register"
TMS2_sblk:	"Subtract from accumulator long immediate with shift"
TMS2_sbrk:	"Subtract from auxiliary register short immediate"
TMS2_sc:	"Set carry bit"
TMS2_sfl:	"Shift accumulator left"
TMS2_sfr:	"Shift accumulator right"
TMS2_sfsm:	"Set serial port frame synchronization mode"
TMS2_shm:	"Set hold mode"
TMS2_sovm:	"Set overflow mode"
TMS2_spac:	"Subtract P register from accumulator"
TMS2_sph:	"Store high P register"
TMS2_spl:	"Store low P register"
TMS2_spm:	"Set P register output shift mode"
TMS2_sqra:	"Square and accumulate"
TMS2_sqrs:	"Square and subtract previous product"
TMS2_sst:	"Store status register ST0"
TMS2_sst1:	"Store status register ST1"
TMS2_ssxm:	"Set sign extension mode"
TMS2_stc:	"Set test/control flag"
TMS2_stxm:	"Set serial port transmit mode"
TMS2_sub:	"Subtract from accumulator with shift"
TMS2_subb:	"Subtract from accumulator with borrow"
TMS2_subc:	"Conditional subtract"
TMS2_subh:	"Subtract from high accumulator"
TMS2_subk:	"Subtract from accumulator shoft immediate"
TMS2_subs:	"Subtract from low accumulator with sign extension suppressed"
TMS2_subt:	"Subtract from accumulator with shift specified by T register"
TMS2_sxf:	"Set external flag"
TMS2_tblr:	"Table read"
TMS2_tblw:	"Table write"
TMS2_trap:	"Software interrupt"
TMS2_xor:	"Exclusive or with accumulator"
TMS2_xork:	"Exclusive or immediate with accumulator with shift"
TMS2_zac:	"Zero accumulator"
TMS2_zalh:	"Zero low accumulator and load high accumulator"
TMS2_zalr:	"Zero low accumulator and load high accumulator with rounding"
TMS2_zals:	"Zero accumulator and load low accumulator with sign extension suppressed"