TRICORE_abs: "Absolute Value" TRICORE_absdif: "Absolute Value of Difference" TRICORE_absdifs: "Absolute Value of Difference with Saturation" TRICORE_abss: "Absolute Value with Saturation" TRICORE_add: "Add" TRICORE_addc: "Add with Carry" TRICORE_addi: "Add Immediate" TRICORE_addih: "Add Immediate High" TRICORE_adds: "Add Signed with Saturation" TRICORE_addsc: "Add Scaled Index to Address" TRICORE_addx: "Add Extended" TRICORE_and_and: "Accumulating Bit Logical AND-AND" TRICORE_and_andn: "Accumulating Bit Logical AND-AND-Not" TRICORE_and_eq: "Equal Accumulating" TRICORE_and_ge: "Greater Than or Equal Accumulating" TRICORE_and_lt: "Less Than Accumulating" TRICORE_and_ne: "Not Equal Accumulating" TRICORE_and_nor: "Accumulating Bit Logical AND-NOR" TRICORE_and_or: "Accumulating Bit Logical AND-OR" TRICORE_and_t: "Bit Logical AND" TRICORE_and: "Bitwise AND" TRICORE_andn: "Bitwise AND-Not" TRICORE_andn_t: "Bit Logical AND-Not" TRICORE_bisr: "Begin Interrupt Service Routine" TRICORE_bmerge: "Bit Merge" TRICORE_bsplit: "Bit Split" TRICORE_cachea: "Cache Address" TRICORE_cadd: "Conditional Add" TRICORE_caddn: "Conditional Add-Not" TRICORE_call: "Call" TRICORE_calla: "Call Absolute" TRICORE_calli: "Call Indirect" TRICORE_clo: "Count Leading Ones" TRICORE_cls: "Count Leading Signs" TRICORE_clz: "Count Leading Zeros" TRICORE_cmov: "Conditional Move" TRICORE_cmovn: "Conditional Move-Not" TRICORE_csub: "Conditional Subtract" TRICORE_csubn: "Conditional Subtract-Not" TRICORE_debug: "Debug" TRICORE_dextr: "Extract from Double Register" TRICORE_disable: "Disable Interrupts" TRICORE_dsync: "Synchronize Data" TRICORE_dvadj: "Divide-Adjust" TRICORE_dvinit: "Divide-Initialization" TRICORE_dvstep: "Divide-Step" TRICORE_enable: "Enable Interrupts" TRICORE_eq: "Equal" TRICORE_eqany: "Equal Any" TRICORE_eqz: "Equal Zero" TRICORE_extr: "Extract Bit Field" TRICORE_ge: "Greater Than or Equal" TRICORE_imask: "Insert Mask" TRICORE_ins_t: "Insert Bit" TRICORE_insert: "Insert Bit Field" TRICORE_insn_t: "Insert Bit-Not" TRICORE_isync: "Synchronize Instructions" TRICORE_ixmax: "Find Maximum Index" TRICORE_ixmin: "Find Minimum Index" TRICORE_j: "Jump Unconditional" TRICORE_ja: "Jump Unconditional Absolute" TRICORE_jeq: "Jump if Equal" TRICORE_jge: "Jump if Greater Than or Equal" TRICORE_jgez: "Jump if Greater Than or Equal to Zero" TRICORE_jgtz: "Jump if Greater Than Zero" TRICORE_ji: "Jump Indirect" TRICORE_jl: "Jump and Link" TRICORE_jla: "Jump and Link Absolute" TRICORE_jlez: "Jump if Less Than or Equal to Zero" TRICORE_jli: "Jump and Link Indirect" TRICORE_jlt: "Jump if Less Than" TRICORE_jltz: "Jump if Less Than Zero" TRICORE_jne: "Jump if Not Equal" TRICORE_jned: "Jump if Not Equal and Decrement" TRICORE_jnei: "Jump if Not Equal and Increment" TRICORE_jnz: "Jump if Not Equal to Zero" TRICORE_jz: "Jump if Zero (16-bit)" TRICORE_ld: "Load" TRICORE_ldlcx: "Load Lower Context" TRICORE_ldmst: "Load-Modify-Store" TRICORE_lducx: "Load Upper Context" TRICORE_lea: "Load Effective Address" TRICORE_loop: "Loop" TRICORE_loopu: "Loop Unconditional" TRICORE_lt: "Less Than" TRICORE_madd: "Multiply-Add" TRICORE_maddm: "Packed Multiply-Add Q Format Multiprecision" TRICORE_maddms: "Packed Multiply-Add Q Format Multiprecision, Saturated" TRICORE_maddr: "Multiply-Add Q Format with Rounding" TRICORE_maddrs: "Multiply-Add Q Format with Rounding, Saturated" TRICORE_madds: "Multiply-Add, Saturated" TRICORE_maddsu: "Packed Multiply-Add/Subtract Q Format" TRICORE_maddsum: "Packed Multiply-Add/Subtract Q Format Multiprecision" TRICORE_maddsums: "Packed Multiply-Add/Subtract Q Format Multiprecision Saturated" TRICORE_maddsur: "Packed Multiply-Add/Subtract Q Format with Rounding" TRICORE_maddsurs: "Packed Multiply-Add/Subtract Q Format with Rounding Saturated" TRICORE_maddsus: "Packed Multiply-Add/Subtract Q Format Saturated" TRICORE_max: "Maximum Value" TRICORE_mfcr: "Move From Core Register" TRICORE_min: "Minimum Value" TRICORE_mov: "Move" TRICORE_movh: "Move High" TRICORE_msub: "Multiply-Subtract" TRICORE_msubad_h: "Packed Multiply-Subtract/Add Q Format" TRICORE_msubadm_h: "Packed Multiply-Subtract/Add Q Format-Multiprecision" TRICORE_msubadms_h: "Packed Multiply-Subtract/Add Q Format-Multiprecision, Saturated" TRICORE_msubadr_h: "Packed Multiply-Subtract/Add Q Format with Rounding" TRICORE_msubadrs_h: "Packed Multiply-Subtract/Add Q Format with Rounding, Saturated" TRICORE_msubads_h: "Packed Multiply-Subtract/Add Q Format, Saturated" TRICORE_msubm_h: "Packed Multiply-Subtract Q Format-Multiprecision" TRICORE_msubms_h: "Packed Multiply-Subtract Q Format-Multiprecision, Saturated" TRICORE_msubr: "Multiply-Subtract Q Format with Rounding" TRICORE_msubrs: "Multiply-Subtract Q Format with Rounding, Saturated" TRICORE_msubs: "Multiply-Subtract, Saturated" TRICORE_mtcr: "Move To Core Register" TRICORE_mul: "Multiply" TRICORE_mulm: "Packed Multiply Q Format-Multiprecision" TRICORE_mulms: "Packed Multiply Q Format-Multiprecision, Saturated" TRICORE_mulr: "Multiply Q Format with Rounding" TRICORE_muls: "Multiply, Saturated" TRICORE_nand: "Bitwise NAND" TRICORE_nand_t: "Bit Logical NAND" TRICORE_ne: "Not Equal" TRICORE_nez: "Not Equal Zero" TRICORE_nop: "No Operation" TRICORE_nor_t: "Bit Logical NOR" TRICORE_nor: "Bitwise NOR" TRICORE_or_and: "Accumulating Bit Logical OR-AND" TRICORE_or_andn: "Accumulating Bit Logical OR-AND-Not" TRICORE_or_eq: "Equal Accumulating" TRICORE_or_ge: "Greater Than or Equal Accumulating" TRICORE_or_lt: "Less Than Accumulating" TRICORE_or_ne: "Not Equal Accumulating" TRICORE_or_nor: "Accumulating Bit Logical OR-NOR" TRICORE_or_or: "Accumulating Bit Logical OR-OR" TRICORE_or_t: "Bit Logical OR" TRICORE_or: "Bitwise OR" TRICORE_orn: "Bitwise OR-Not" TRICORE_orn_t: "Bit Logical OR-Not" TRICORE_pack: "Pack" TRICORE_parity: "Parity" TRICORE_ret: "Return from Call" TRICORE_rfe: "Return From Exception" TRICORE_rfm: "Return From Monitor" TRICORE_rslcx: "Restore Lower Context" TRICORE_rstv: "Reset Overflow Bits" TRICORE_rsub: "Reverse-Subtract" TRICORE_rsubs: "Reverse-Subtract with Saturation" TRICORE_sat: "Saturate" TRICORE_sel: "Select" TRICORE_seln: "Select-Not" TRICORE_sh_and: "Accumulating Shift-AND" TRICORE_sh_andn: "Accumulating Shift-AND-Not" TRICORE_sh_eq: "Shift Equal" TRICORE_sh_ge: "Shift Greater Than or Equal" TRICORE_sh_h: "Shift Packed Half-words" TRICORE_sh_lt: "Shift Less Than" TRICORE_sh_nand: "Accumulating Shift-NAND" TRICORE_sh_ne: "Shift Not Equal" TRICORE_sh_nor: "Accumulating Shift-NOR" TRICORE_sh_or: "Accumulating Shift-OR" TRICORE_sh_orn: "Accumulating Shift-OR-Not" TRICORE_sh_xnor: "Accumulating Shift-XNOR" TRICORE_sh_xor: "Accumulating Shift-XOR" TRICORE_sh: "Shift" TRICORE_sha: "Arithmetic Shift" TRICORE_shas: "Arithmetic Shift with Saturation" TRICORE_st: "Store" TRICORE_stlcx: "Store Lower Context" TRICORE_stucx: "Store Upper Context" TRICORE_sub: "Subtract" TRICORE_subc: "Subtract With Carry" TRICORE_subs: "Subtract Signed with Saturation" TRICORE_subx: "Subtract Extended" TRICORE_svlcx: "Save Lower Context" TRICORE_swap: "Swap with Data Register" TRICORE_syscall: "System Call" TRICORE_tlbdemap: "TLB Demap" TRICORE_tlbflush: "TLB Flush" TRICORE_tlbmap: "TLB Map" TRICORE_tlbprobe: "TLB Probe" TRICORE_trapsv: "Trap on Sticky Overflow" TRICORE_trapv: "Trap on Overflow" TRICORE_unpack: "Unpack Floating Point" TRICORE_xnor: "Bitwise XNOR" TRICORE_xnor_t: "Bit Logical XNOR" TRICORE_xor_eq: "Equal Accumulating" TRICORE_xor_ge: "Greater Than or Equal Accumulating" TRICORE_xor_lt: "Less Than Accumulating" TRICORE_xor_ne: "Not Equal Accumulating" TRICORE_xor_t: "Bit Logical XOR" TRICORE_xor: "Bitwise XOR" TRICORE_cmp: "Compare Float" TRICORE_div: "Divide" TRICORE_ftoi: "Float to Integer" TRICORE_ftoq31: "Float to Fraction" TRICORE_ftou: "Float to Unsigned" TRICORE_itof: "Integer to Float" TRICORE_q31tof: "Fraction to Floating-point" TRICORE_qseed: "Inverse Square Root Seed" TRICORE_updfl: "Update Flags" TRICORE_utof: "Unsigned to Floating-point" TRICORE_cachei: "Cache Index" TRICORE_fcall: "Fast Call" TRICORE_fcalla: "Fast Call Absolute" TRICORE_fcalli: "Fast Call Indirect" TRICORE_fret: "Return from Fast Call" TRICORE_ftoiz: "Float to Integer, Round towards Zero" TRICORE_ftoq31z: "Float to Fraction, Round towards Zero" TRICORE_ftouz: "Float to Unsigned, Round towards Zero" TRICORE_restore: "Restore the Interrupt Enable bit" TRICORE_crc32: "Calculate CRC32" TRICORE_wait: "Suspend execution until the next enabled interrupt or asynchronous trap event" TRICORE_cmpswap: "Compare and swap" TRICORE_swapmsk: "Swap under mask" // new v1.6.2 instructions TRICORE_crc32b: "CRC32 for big endian data" TRICORE_crc32l: "CRC32 for little endian data" TRICORE_crcn: "Arbitrary width and polynomial CRC calculation" TRICORE_shuffle: "Reorder bytes within word" TRICORE_popcnt: "Count number of bits set in word" TRICORE_lha: "Load high bits of address value" TRICORE_ftohp: "Single Precision to Half Precision" TRICORE_hptof: "Half Precision to Single Precision" // new v1.8 instructions TRICORE_rfh: "Return from hypervisor" TRICORE_lsync: "Synchronize local data" TRICORE_trapinv: "Trap invalid opcode" TRICORE_hvcall: "Hypervisor call" TRICORE_ltodf: "Long integer to double" TRICORE_ftodf: "Single precision to double precision" TRICORE_utodf: "Unsigned to double" TRICORE_ultodf: "Unsigned long integer to double" TRICORE_itodf: "Integer to double" TRICORE_dftoin: "Double to integer, round to nearest" TRICORE_dftoi: "Double to integer" TRICORE_dftoul: "Double to unsigned long" TRICORE_dftol: "Double to long integer" TRICORE_dftof: "Double precision to single precision" TRICORE_dftou: "Double to unsigned" TRICORE_dftolz: "Double to long integer, round towards zero" TRICORE_dftouz: "Double to unsigned, round towards zero" TRICORE_dftoulz: "Double to unsigned long integer, round towards zero" TRICORE_dftoiz: "Double to integer, round towards zero" TRICORE_ftoin: "Float to integer, round to nearest" TRICORE_mfdcr: "Move from core register pair" TRICORE_mtdcr: "Move to core register pair" TRICORE_neg: "Negate value" TRICORE_div64: "Divide 64-bit long" TRICORE_rem64: "Remainder 64-bit long" TRICORE_mulp: "Packed carry-less multiplication" TRICORE_jri: "Jump relative indirect"