diff options
Diffstat (limited to 'newlib/libc/sys/a29khif/sys/cpudef.h')
| -rw-r--r-- | newlib/libc/sys/a29khif/sys/cpudef.h | 270 |
1 files changed, 0 insertions, 270 deletions
diff --git a/newlib/libc/sys/a29khif/sys/cpudef.h b/newlib/libc/sys/a29khif/sys/cpudef.h deleted file mode 100644 index 4ec6ed39c..000000000 --- a/newlib/libc/sys/a29khif/sys/cpudef.h +++ /dev/null @@ -1,270 +0,0 @@ -; @(#)cpudef.h 2.3 90/10/14 20:55:56, Copyright 1989, 1990 AMD -;----------------------------------------------------------------------- -; Useful equates -;----------------------------------------------------------------------- -; -;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; -; Copyright 1989, 1990 Advanced Micro Devices, Inc. -; -; This software is the property of Advanced Micro Devices, Inc (AMD) which -; specifically grants the user the right to modify, use and distribute this -; software provided this notice is not removed or altered. All other rights -; are reserved by AMD. -; -; AMD MAKES NO WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, WITH REGARD TO THIS -; SOFTWARE. IN NO EVENT SHALL AMD BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL -; DAMAGES IN CONNECTION WITH OR ARISING FROM THE FURNISHING, PERFORMANCE, OR -; USE OF THIS SOFTWARE. -; -; So that all may benefit from your experience, please report any problems -; or suggestions about this software to the 29K Technical Support Center at -; 800-29-29-AMD (800-292-9263) in the USA, or 0800-89-1131 in the UK, or -; 0031-11-1129 in Japan, toll free. The direct dial number is 512-462-4118. -; -; Advanced Micro Devices, Inc. -; 29K Support Products -; Mail Stop 573 -; 5900 E. Ben White Blvd. -; Austin, TX 78741 -; 800-292-9263 -;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;; - - ; Processor status registers OPS (sr1) and CPS (sr2) - .equ CA,0x8000 ; Coprocessor active - .equ IP,0x4000 ; Interrupt pending - .equ TE,0x2000 ; Trace enable - .equ TP,0x1000 ; Trace pending - .equ TU,0x0800 ; Trap unaligned access - .equ FZ,0x0400 ; Freeze - .equ LK,0x0200 ; Lock - .equ RE,0x0100 ; ROM enable - .equ WM,0x0080 ; Wait mode - .equ PD,0x0040 ; No translation for Data - .equ PI,0x0020 ; No translation for Instr - .equ SM,0x0010 ; Supervisor mode - .equ IM,0x000C ; Interrupt mask - .equ IM1,0x0100 ; enable INTR0-1 - .equ IM2,0x1000 ; enable INTR0-2 - .equ IM3,0x1100 ; enable INTR0-3 - .equ DI,0x0002 ; Disable ints - .equ DA,0x0001 ; Disable ints and traps - - ; Configuration register CFG (sr3) - .equ PRL,0xFF000000 ; Processor release level - .equ VF,0x10 ; Vector fetch - .equ RV,0x08 ; ROM Vector area - .equ BO,0x04 ; Byte order - .equ CP,0x02 ; Coprocessor present - .equ CD,0x01 ; BTC disable - - ; Channel control register CHC (sr6) - .equ LS,0x8000 ; Load store - .equ ML,0x4000 ; Multiple operation - .equ ST,0x2000 ; Set - .equ LA,0x1000 ; Lock active - .equ TF,0x0400 ; Transaction faulted - .equ TR,0x03FC ; Target register - .equ NN,0x0002 ; Not needed - .equ CV,0x0001 ; Contents valid - - ; Timer reload register TMR (sr9) - .equ IE,0x01000000 ; timer int enable - .equ IN,0x02000000 ; timer int pending - .equ OV,0x04000000 ; timer Overflow - - ; MMU configuration register MMU (sr13) - .equ PS,0x300 ; Page size - .equ PID,0xFF ; Process identifier - - ; ALU status register ALU (sr132) - .equ DF,0x800 ; Divide flag - .equ V,0x400 ; Overflow - .equ N,0x200 ; Negative - .equ Z,0x100 ; Zero - .equ C,0x080 ; Carry - - ; TLB entry - .equ VTAG,0xFFFF8000 ; Virtual tag - .equ VE,0x4000 ; Valid entry - .equ SR,0x2000 ; Supervisor read - .equ SW,0x1000 ; Supervisor write - .equ SE,0x0800 ; Supervisor execute - .equ UR,0x0400 ; User read - .equ UW,0x0200 ; User write - .equ UE,0x0100 ; User execute - .equ TID,0x00FF ; Task identifier - .equ RPN,0xFFFFFC00 ; Real page number - .equ PGM,0x00C0 ; User programmable - .equ U,0x0002 ; Usage - .equ F,0x0001 ; Flag - -;----------------------------------------------------------------------- -;Global registers -;----------------------------------------------------------------------- - - .reg rsp, gr1 ; local register stack pointer - - ; System-wide statics - .reg s0, gr64 - .reg spillreg, s0 ; pointer to user spill handler - .reg s1, gr65 - .reg fillreg, s1 ; pointer to user fill handler - .reg s2, gr66 - .reg heapptr, s2 ; pointer to heap area - .reg s3, gr67 - .reg s4, gr68 - .reg s5, gr69 - .reg s6, gr70 - .reg s7, gr71 - .reg s8, gr72 - .reg s9, gr73 - .reg s10, gr74 - .reg s11, gr75 - .reg s12, gr76 - .reg s13, gr77 - .reg s14, gr78 - .reg s15, gr79 - - ; Interrupt handler temporaries - .reg i0, gr80 - .reg i1, gr81 - .reg i2, gr82 - .reg i3, gr83 - .reg i4, gr84 - .reg i5, gr85 - .reg i6, gr86 - .reg i7, gr87 - .reg i8, gr88 - .reg i9, gr89 - .reg i10, gr90 - .reg i11, gr91 - .reg i12, gr92 - .reg i13, gr93 - .reg i14, gr94 - .reg i15, gr95 - - ; Subroutine/function temporaries - ; also used for function return values - .reg t0, gr96 - .reg rtn, t0 - .reg t1, gr97 - .reg t2, gr98 - .reg t3, gr99 - .reg t4, gr100 - .reg t5, gr101 - .reg t6, gr102 - .reg t7, gr103 - .reg t8, gr104 - .reg t9, gr105 - .reg t10, gr106 - .reg t11, gr107 - .reg t12, gr108 - .reg t13, gr109 - .reg t14, gr110 - .reg t15, gr111 - - ; User process statics - .reg u0, gr112 - .reg u1, gr113 - .reg u2, gr114 - .reg u3, gr115 - - ; More subroutine/function temporaries - .reg t16, gr116 - .reg t17, gr117 - .reg t18, gr118 - .reg t19, gr119 - .reg t20, gr120 - - ; Older names for the same registers - .reg tmp0, gr116 - .reg tmp1, gr117 - .reg tmp2, gr118 - .reg tmp3, gr119 - .reg tmp4, gr120 - - ; Trap handler temporaries - .reg tav, gr121 ; arg/temp - .reg tpc, gr122 ; rtn/temp - - ; Linkage pointers - .reg lrp, gr123 ; large rtn ptr - .reg slp, gr124 ; static link ptr - .reg msp, gr125 ; memory stack ptr - .reg rab, gr126 ; register allocate bound - .reg rfb, gr127 ; register free bound - -;----------------------------------------------------------------------- -;Local compiler registers -; (only valid if frame has been established) -;----------------------------------------------------------------------- - - .reg p15, lr17 ; outgoing arg 16 - .reg p14, lr16 ; outgoing arg 15 - .reg p13, lr15 ; outgoing arg 14 - .reg p12, lr14 ; outgoing arg 13 - .reg p11, lr13 ; outgoing arg 12 - .reg p10, lr12 ; outgoing arg 11 - .reg p9, lr11 ; outgoing arg 10 - .reg p8, lr10 ; outgoing arg 9 - .reg p7, lr9 ; outgoing arg 8 - .reg p6, lr8 ; outgoing arg 7 - .reg p5, lr7 ; outgoing arg 6 - .reg p4, lr6 ; outgoing arg 5 - .reg p3, lr5 ; outgoing arg 4 - .reg p2, lr4 ; outgoing arg 3 - .reg p1, lr3 ; outgoing arg 2 - .reg p0, lr2 ; outgoing arg 1 - .reg fp, lr1 ; frame pointer - .reg raddr, lr0 ; return address - -;----------------------------------------------------------------------- -; Vectors -;----------------------------------------------------------------------- - - .equ V_ILLEG, 0 ; Illegal opcode - .equ V_ALIGN, 1 ; Unaligned access - .equ V_RANGE, 2 ; Out of range - .equ V_COPRE, 3 ; Coprocessor not present - .equ V_COEXC, 4 ; Coprocessor exception - .equ V_PROT, 5 ; Protection violation - .equ V_INSTR, 6 ; Instruction access exception - .equ V_DATA, 7 ; Data access exception - .equ V_UITLB, 8 ; User-mode instruction TLB miss - .equ V_UDTLB, 9 ; User-mode data TLB miss - .equ V_SITLB, 10 ; Supervisor-mode instr TLB miss - .equ V_SDTLB, 11 ; Supervisor-mode data TLB miss - .equ V_ITLB, 12 ; Instruction TLB violation - .equ V_DTLB, 13 ; Data TLB violation - .equ V_TIMER, 14 ; Timer - .equ V_TRACE, 15 ; Trace - .equ V_INTR0, 16 ; Interrupt 0 - .equ V_INTR1, 17 ; Interrupt 1 - .equ V_INTR2, 18 ; Interrupt 2 - .equ V_INTR3, 19 ; Interrupt 3 - .equ V_TRAP0, 20 ; Trap 0 - .equ V_TRAP1, 21 ; Trap 1 - -;----------------------------------------------------------------------- -;constants for LOAD and STORE operations -;----------------------------------------------------------------------- - -; CE operand values - .equ CE, 0b1 ;coprocessor enable - .equ ME, 0b0 ; memory enable - -; CNTL operand values - .equ IO, 0b1000000 ;set for I/O - .equ PA, 0b0100000 ;force physical addr - .equ SB, 0b0010000 ;set for set BP - .equ UA, 0b0001000 ;force user mode access - .equ ROM, 0b0000100 ;ROM access - .equ HWORD, 0b0000010 ;Half word access - .equ BYTE, 0b0000001 ;Byte access - .equ WORD, 0b0000000 ;Word access - -;----------------------------------------------------------------------- -; stack alignment value -;----------------------------------------------------------------------- - .equ STKALIGN, 8 ; double word align - |