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/*===========================================================================*/
/* Copyright (C) 2001 Authors                                                */
/*                                                                           */
/* This source file may be used and distributed without restriction provided */
/* that this copyright statement is not removed from the file and that any   */
/* derivative work contains the original copyright notice and the associated */
/* disclaimer.                                                               */
/*                                                                           */
/* This source file is free software; you can redistribute it and/or modify  */
/* it under the terms of the GNU Lesser General Public License as published  */
/* by the Free Software Foundation; either version 2.1 of the License, or    */
/* (at your option) any later version.                                       */
/*                                                                           */
/* This source is distributed in the hope that it will be useful, but WITHOUT*/
/* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or     */
/* FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public       */
/* License for more details.                                                 */
/*                                                                           */
/* You should have received a copy of the GNU Lesser General Public License  */
/* along with this source; if not, write to the Free Software Foundation,    */
/* Inc., 51 Franklin Street, Fifth Floor, Boston, MA  02110-1301  USA        */
/*                                                                           */
/*===========================================================================*/
/*                 SINGLE-OPERAND ARITHMETIC: RRC[.B] INSTRUCTION            */
/*---------------------------------------------------------------------------*/
/* Test the RRC[.B] instruction.                                             */
/*                                                                           */
/* Author(s):                                                                */
/*             - Olivier Girard,    olgirard@gmail.com                       */
/*                                                                           */
/*---------------------------------------------------------------------------*/
/* $Rev: 19 $                                                                */
/* $LastChangedBy: olivier.girard $                                          */
/* $LastChangedDate: 2009-08-04 23:47:15 +0200 (Tue, 04 Aug 2009) $          */
/*===========================================================================*/
 
 
.global main
 
main:
        /* -------------- TEST INSTRUCTION IN WORD MODE ------------------- */
 
 
        # Addressing mode: Rn
        #------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, r4
        rrc          r4            ;# RRC ({C=0, r4=0x3332}  => {r4=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, r6
        rrc          r6            ;# RRC ({C=0, r6=0x3333}  => {r6=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, r8
        rrc          r8            ;# RRC ({C=1, r9=0x3332}  => {r9=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, r10
        rrc         r10            ;# RRC ({C=1, r10=0x3333} => {r10=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x1000, r15
 
 
        # Addressing mode: @Rn
        #------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, &0x0200
        mov     #0x0200, r4
        mov     #0xaaaa, &0x0202
        rrc         @r4            ;# RRC ({C=0, mem00=0x3332}  => {mem00=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, &0x0202
        mov     #0x0202, r6
        mov     #0xaaaa, &0x0204
        rrc         @r6            ;# RRC ({C=0, mem01=0x3333}  => {mem01=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, &0x0204
        mov     #0x0204, r8
        mov     #0xaaaa, &0x0206
        rrc         @r8            ;# RRC ({C=1, mem02=0x3332}  => {mem02=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, &0x0206
        mov     #0x0206, r10
        mov     #0xaaaa, &0x0208
        rrc        @r10            ;# RRC ({C=1, mem03=0x3333}  => {mem03=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x2000, r15
 
 
        # Addressing mode: @Rn+
        #------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, &0x0208
        mov     #0x0208, r4
        mov     #0xaaaa, &0x020A
        rrc        @r4+            ;# RRC ({C=0, mem04=0x3332}  => {mem04=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, &0x020A
        mov     #0x020A, r6
        mov     #0xaaaa, &0x020C
        rrc        @r6+            ;# RRC ({C=0, mem05=0x3333}  => {mem05=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, &0x020C
        mov     #0x020C, r8
        mov     #0xaaaa, &0x020E
        rrc        @r8+            ;# RRC ({C=1, mem06=0x3332}  => {mem06=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, &0x020E
        mov     #0x020E, r10
        mov     #0xaaaa, &0x0210
        rrc       @r10+            ;# RRC ({C=1, mem07=0x3333}  => {mem07=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x3000, r15
 
 
        # Addressing mode: X(Rn)
        #------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, &0x0210
        mov     #0x0200, r4
        mov     #0xaaaa, &0x0212
        rrc       16(r4)            ;# RRC ({C=0, mem08=0x3332}  => {mem08=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, &0x0212
        mov     #0x0200, r6
        mov     #0xaaaa, &0x0214
        rrc       18(r6)            ;# RRC ({C=0, mem09=0x3333}  => {mem09=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, &0x0214
        mov     #0x0200, r8
        mov     #0xaaaa, &0x0216
        rrc       20(r8)            ;# RRC ({C=1, mem0a=0x3332}  => {mem0a=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, &0x0216
        mov     #0x0200, r10
        mov     #0xaaaa, &0x0218
        rrc      22(r10)            ;# RRC ({C=1, mem0b=0x3333}  => {mem0b=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x4000, r15
 
 
        # Addressing mode: EDE
        #------------------------
.set   EDE_218,  (__data_start+0x0018)
.set   EDE_21A,  (__data_start+0x001A)
.set   EDE_21C,  (__data_start+0x001C)
.set   EDE_21E,  (__data_start+0x001E)
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, &0x0218
        mov     #0xaaaa, &0x021A
        rrc     EDE_218            ;# RRC ({C=0, mem0c=0x3332}  => {mem0c=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, &0x021A
        mov     #0xaaaa, &0x021C
        rrc     EDE_21A            ;# RRC ({C=0, mem0d=0x3333}  => {mem0d=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, &0x021C
        mov     #0xaaaa, &0x021E
        rrc     EDE_21C            ;# RRC ({C=1, mem0e=0x3332}  => {mem0e=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, &0x021E
        mov     #0xaaaa, &0x0220
        rrc     EDE_21E            ;# RRC ({C=1, mem0f=0x3333}  => {mem0f=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x5000, r15
 
 
        # Addressing mode: &EDE
        #------------------------
.set   aEDE_220,  0x0220
.set   aEDE_222,  0x0222
.set   aEDE_224,  0x0224
.set   aEDE_226,  0x0226
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3332, &0x0220
        mov     #0xaaaa, &0x0222
        rrc   &aEDE_220            ;# RRC ({C=0, mem10=0x3332}  => {mem10=0x1999, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3333, &0x0222
        mov     #0xaaaa, &0x0224
        rrc   &aEDE_222            ;# RRC ({C=0, mem11=0x3333}  => {mem11=0x1999, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3332, &0x0224
        mov     #0xaaaa, &0x0226
        rrc   &aEDE_224            ;# RRC ({C=1, mem12=0x3332}  => {mem12=0x9999, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3333, &0x0226
        mov     #0xaaaa, &0x0228
        rrc   &aEDE_226            ;# RRC ({C=1, mem13=0x3333}  => {mem13=0x9999, C=1})
        mov          r2, r11
 
        mov     #0x6000, r15
 
 
        /* ----------------------- CLEAR MEMORY --------------------------- */
        mov     #0x0015, r4
        mov     #0x0200, r5
clear_mem_loop:
        clr    0(r5)
        incd     r5
        dec      r4
        jnz     clear_mem_loop
 
        mov     #0x7000, r15
 
 
        /* -------------- TEST INSTRUCTION IN BYTE MODE ------------------- */
 
        # Addressing mode: Rn
        #------------------------
 
        mov     #0x0000, r2    ;# Test 1
        mov     #0xff32, r4
        rrc.b        r4        ;# RRC.B ({C=0, r4=0x32}  => {r4=0x19, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2    ;# Test 2
        mov     #0xff33, r6
        rrc.b        r6        ;# RRC.B ({C=0, r6=0x33}  => {r6=0x19, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2    ;# Test 3
        mov     #0xf032, r8
        rrc.b        r8        ;# RRC.B ({C=1, r9=0x32}  => {r9=0x99, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2    ;# Test 4
        mov     #0xf033, r10
        rrc.b       r10        ;# RRC.B ({C=1, r10=0x33} => {r10=0x99, C=1})
        mov          r2, r11
 
        mov     #0x8000, r15
 
 
        # Addressing mode: @Rn (Low Byte)
        #---------------------------------
 
        mov     #0x0000, r2        ;# Test 1: Low Byte
        mov     #0x2532, &0x0200
        mov     #0x0200, r4
        mov     #0xaaaa, &0x0202
        rrc.b       @r4            ;# RRC.B ({C=0, mem00=0x2532}  => {mem00=0x2519, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2: Low Byte
        mov     #0x2533, &0x0202
        mov     #0x0202, r6
        mov     #0xaaaa, &0x0204
        rrc.b       @r6            ;# RRC.B ({C=0, mem01=0x2533}  => {mem01=0x2519, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3: Low Byte
        mov     #0x2532, &0x0204
        mov     #0x0204, r8
        mov     #0xaaaa, &0x0206
        rrc.b       @r8            ;# RRC.B ({C=1, mem02=0x2532}  => {mem02=0x2599, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4: Low Byte
        mov     #0x2533, &0x0206
        mov     #0x0206, r10
        mov     #0xaaaa, &0x0208
        rrc.b      @r10            ;# RRC.B ({C=1, mem03=0x2533}  => {mem03=0x2599, C=1})
        mov          r2, r11
 
        mov     #0x9000, r15
 
        # Addressing mode: @Rn (High Byte)
        #---------------------------------
 
        mov     #0x0000, r2        ;# Test 1: High Byte
        mov     #0x3225, &0x0208
        mov     #0x0209, r4
        mov     #0xaaaa, &0x020A
        rrc.b       @r4            ;# RRC.B ({C=0, mem04=0x3225}  => {mem04=0x1925, C=0})
        mov          r2, r6
 
        mov     #0x0000, r2        ;# Test 2: High Byte
        mov     #0x3325, &0x020A
        mov     #0x020B, r6
        mov     #0xaaaa, &0x020C
        rrc.b       @r6            ;# RRC.B ({C=0, mem05=0x3325}  => {mem05=0x1925, C=1})
        mov          r2, r8
 
        mov     #0x0001, r2        ;# Test 3: High Byte
        mov     #0x3225, &0x020C
        mov     #0x020D, r8
        mov     #0xaaaa, &0x020E
        rrc.b       @r8            ;# RRC.B ({C=1, mem06=0x3225}  => {mem06=0x9925, C=0})
        mov          r2, r10
 
        mov     #0x0001, r2        ;# Test 4: High Byte
        mov     #0x3325, &0x020E
        mov     #0x020F, r10
        mov     #0xaaaa, &0x0210
        rrc.b      @r10            ;# RRC.B ({C=1, mem07=0x3325}  => {mem07=0x9925, C=1})
        mov          r2, r11
 
        mov     #0x9001, r15
 
 
        # Addressing mode: @Rn+ (Low Byte)
        #---------------------------------
 
        mov     #0x0000, r2        ;# Test 1: Low Byte
        mov     #0x2532, &0x0210
        mov     #0x0210, r4
        mov     #0xaaaa, &0x0212
        rrc.b      @r4+            ;# RRC.B ({C=0, mem08=0x2532}  => {mem08=0x2519, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2: Low Byte
        mov     #0x2533, &0x0212
        mov     #0x0212, r6
        mov     #0xaaaa, &0x0214
        rrc.b      @r6+            ;# RRC.B ({C=0, mem09=0x2533}  => {mem09=0x2519, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3: Low Byte
        mov     #0x2532, &0x0214
        mov     #0x0214, r8
        mov     #0xaaaa, &0x0216
        rrc.b      @r8+            ;# RRC.B ({C=1, mem0a=0x2532}  => {mem0a=0x2599, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4: Low Byte
        mov     #0x2533, &0x0216
        mov     #0x0216, r10
        mov     #0xaaaa, &0x0218
        rrc.b     @r10+            ;# RRC.B ({C=1, mem0b=0x2533}  => {mem0b=0x2599, C=1})
        mov          r2, r11
 
        mov     #0xA000, r15
 
        # Addressing mode: @Rn+ (High Byte)
        #-----------------------------------
 
        mov     #0x0000, r2        ;# Test 1: High Byte
        mov     #0x3225, &0x0218
        mov     #0x0219, r4
        mov     #0xaaaa, &0x021A
        rrc.b      @r4+            ;# RRC.B ({C=0, mem0c=0x3225}  => {mem0c=0x1925, C=0})
        mov          r2, r6
 
        mov     #0x0000, r2        ;# Test 2: High Byte
        mov     #0x3325, &0x021A
        mov     #0x021B, r6
        mov     #0xaaaa, &0x021C
        rrc.b      @r6+            ;# RRC.B ({C=0, mem0d=0x3325}  => {mem0d=0x1925, C=1})
        mov          r2, r8
 
        mov     #0x0001, r2        ;# Test 3: High Byte
        mov     #0x3225, &0x021C
        mov     #0x021D, r8
        mov     #0xaaaa, &0x021E
        rrc.b      @r8+            ;# RRC.B ({C=1, mem0e=0x3225}  => {mem0e=0x9925, C=0})
        mov          r2, r10
 
        mov     #0x0001, r2        ;# Test 4: High Byte
        mov     #0x3325, &0x021E
        mov     #0x021F, r10
        mov     #0xaaaa, &0x0220
        rrc.b     @r10+            ;# RRC.B ({C=1, mem0f=0x3325}  => {mem0f=0x9925, C=1})
        mov          r2, r11
 
        mov     #0xA001, r15
 
 
        # Addressing mode: X(Rn) (Low Byte)
        #-----------------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x2532, &0x0220
        mov     #0x0200, r4
        mov     #0xaaaa, &0x0222
        rrc.b     32(r4)           ;# RRC ({C=0, mem10=0x2532}  => {mem10=0x2519, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x2533, &0x0222
        mov     #0x0200, r6
        mov     #0xaaaa, &0x0224
        rrc.b     34(r6)           ;# RRC ({C=0, mem11=0x2533}  => {mem11=0x2519, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x2532, &0x0224
        mov     #0x0200, r8
        mov     #0xaaaa, &0x0226
        rrc.b     36(r8)           ;# RRC ({C=1, mem12=0x2532}  => {mem12=0x2599, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x2533, &0x0226
        mov     #0x0200, r10
        mov     #0xaaaa, &0x0228
        rrc.b    38(r10)           ;# RRC ({C=1, mem13=0x2533}  => {mem13=0x2599, C=1})
        mov          r2, r11
 
        mov     #0xB000, r15
 
        # Addressing mode: X(Rn) (High Byte)
        #------------------------------------
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3225, &0x0228
        mov     #0x0200, r4
        mov     #0xaaaa, &0x022A
        rrc.b     41(r4)           ;# RRC ({C=0, mem14=0x3225}  => {mem14=0x1925, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3325, &0x022A
        mov     #0x0200, r6
        mov     #0xaaaa, &0x022C
        rrc.b     43(r6)           ;# RRC ({C=0, mem15=0x3325}  => {mem15=0x1925, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3225, &0x022C
        mov     #0x0200, r8
        mov     #0xaaaa, &0x022E
        rrc.b     45(r8)           ;# RRC ({C=1, mem16=0x3225}  => {mem16=0x9925, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3325, &0x022E
        mov     #0x0200, r10
        mov     #0xaaaa, &0x0230
        rrc.b    47(r10)           ;# RRC ({C=1, mem17=0x3325}  => {mem17=0x9925, C=1})
        mov          r2, r11
 
        mov     #0xB001, r15
 
 
        # Addressing mode: EDE (Low Byte)
        #---------------------------------
.set   EDE_230,  (__data_start+0x0030)
.set   EDE_232,  (__data_start+0x0032)
.set   EDE_234,  (__data_start+0x0034)
.set   EDE_236,  (__data_start+0x0036)
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x2532, &0x0230
        mov     #0xaaaa, &0x0232
        rrc.b   EDE_230            ;# RRC ({C=0, mem18=0x2532}  => {mem18=0x2519, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x2533, &0x0232
        mov     #0xaaaa, &0x0234
        rrc.b   EDE_232            ;# RRC ({C=0, mem19=0x2533}  => {mem19=0x2519, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x2532, &0x0234
        mov     #0xaaaa, &0x0236
        rrc.b   EDE_234            ;# RRC ({C=1, mem1a=0x2532}  => {mem1a=0x2599, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x2533, &0x0236
        mov     #0xaaaa, &0x0238
        rrc.b   EDE_236            ;# RRC ({C=1, mem1b=0x2533}  => {mem1b=0x2599, C=1})
        mov          r2, r11
 
        mov     #0xC000, r15
 
        # Addressing mode: EDE (High Byte)
        #----------------------------------
.set   EDE_239,  (__data_start+0x0039)
.set   EDE_23B,  (__data_start+0x003B)
.set   EDE_23D,  (__data_start+0x003D)
.set   EDE_23F,  (__data_start+0x003F)
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3225, &0x0238
        mov     #0xaaaa, &0x023A
        rrc.b   EDE_239            ;# RRC ({C=0, mem1c=0x3225}  => {mem1c=0x1925, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3325, &0x023A
        mov     #0xaaaa, &0x023C
        rrc.b   EDE_23B            ;# RRC ({C=0, mem1d=0x3325}  => {mem1d=0x1925, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3225, &0x023C
        mov     #0xaaaa, &0x023E
        rrc.b   EDE_23D            ;# RRC ({C=1, mem1e=0x3225}  => {mem1e=0x9925, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3325, &0x023E
        mov     #0xaaaa, &0x0240
        rrc.b   EDE_23F            ;# RRC ({C=1, mem1f=0x3325}  => {mem1f=0x9925, C=1})
        mov          r2, r11
 
        mov     #0xC001, r15
 
 
        # Addressing mode: &EDE (Low Byte)
        #----------------------------------
.set   aEDE_240,  0x0240
.set   aEDE_242,  0x0242
.set   aEDE_244,  0x0244
.set   aEDE_246,  0x0246
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x2532, &0x0240
        mov     #0xaaaa, &0x0242
        rrc.b &aEDE_240            ;# RRC ({C=0, mem20=0x2532}  => {mem20=0x2519, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x2533, &0x0242
        mov     #0xaaaa, &0x0244
        rrc.b &aEDE_242            ;# RRC ({C=0, mem21=0x2533}  => {mem21=0x2519, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x2532, &0x0244
        mov     #0xaaaa, &0x0246
        rrc.b &aEDE_244            ;# RRC ({C=1, mem22=0x2532}  => {mem22=0x2599, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x2533, &0x0246
        mov     #0xaaaa, &0x0248
        rrc.b &aEDE_246            ;# RRC ({C=1, mem23=0x2533}  => {mem23=0x2599, C=1})
        mov          r2, r11
 
        mov     #0xD000, r15
 
        # Addressing mode: &EDE (High Byte)
        #-----------------------------------
.set   aEDE_249,  0x0249
.set   aEDE_24B,  0x024B
.set   aEDE_24D,  0x024D
.set   aEDE_24F,  0x024F
 
        mov     #0x0000, r2        ;# Test 1
        mov     #0x3225, &0x0248
        mov     #0xaaaa, &0x024A
        rrc.b &aEDE_249            ;# RRC ({C=0, mem24=0x3225}  => {mem24=0x1925, C=0})
        mov          r2, r5
 
        mov     #0x0000, r2        ;# Test 2
        mov     #0x3325, &0x024A
        mov     #0xaaaa, &0x024C
        rrc.b &aEDE_24B            ;# RRC ({C=0, mem25=0x3325}  => {mem25=0x1925, C=1})
        mov          r2, r7
 
        mov     #0x0001, r2        ;# Test 3
        mov     #0x3225, &0x024C
        mov     #0xaaaa, &0x024E
        rrc.b &aEDE_24D            ;# RRC ({C=1, mem26=0x3225}  => {mem26=0x9925, C=0})
        mov          r2, r9
 
        mov     #0x0001, r2        ;# Test 4
        mov     #0x3325, &0x024E
        mov     #0xaaaa, &0x0250
        rrc.b &aEDE_24F            ;# RRC ({C=1, mem27=0x3325}  => {mem27=0x9925, C=1})
        mov          r2, r11
 
        mov     #0xD001, r15
 
 
 
        /* ----------------------         END OF TEST        --------------- */
end_of_test:
        nop
        br #0xffff
 
 
 
        /* ----------------------         INTERRUPT VECTORS  --------------- */
 
.section .vectors, "a"
.word end_of_test  ; Interrupt  0 (lowest priority)    
.word end_of_test  ; Interrupt  1                      
.word end_of_test  ; Interrupt  2                      
.word end_of_test  ; Interrupt  3                      
.word end_of_test  ; Interrupt  4                      
.word end_of_test  ; Interrupt  5                      
.word end_of_test  ; Interrupt  6                      
.word end_of_test  ; Interrupt  7                      
.word end_of_test  ; Interrupt  8                      
.word end_of_test  ; Interrupt  9                      
.word end_of_test  ; Interrupt 10                      Watchdog timer
.word end_of_test  ; Interrupt 11                      
.word end_of_test  ; Interrupt 12                      
.word end_of_test  ; Interrupt 13                      
.word end_of_test  ; Interrupt 14                      NMI
.word main         ; Interrupt 15 (highest priority)   RESET

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[/] [openmsp430/] [trunk/] [core/] [sim/] [rtl_sim/] [src/] [sing-op_rrc.s43] - Blame information for rev 76

Line No.	Rev	Author	Line
1	2	olivier.gi	`/===========================================================================/`
2			`/* Copyright (C) 2001 Authors */`
3			`/* */`
4			`/* This source file may be used and distributed without restriction provided */`
5			`/* that this copyright statement is not removed from the file and that any */`
6			`/* derivative work contains the original copyright notice and the associated */`
7			`/* disclaimer. */`
8			`/* */`
9			`/* This source file is free software; you can redistribute it and/or modify */`
10			`/* it under the terms of the GNU Lesser General Public License as published */`
11			`/* by the Free Software Foundation; either version 2.1 of the License, or */`
12			`/* (at your option) any later version. */`
13			`/* */`
14			`/* This source is distributed in the hope that it will be useful, but WITHOUT*/`
15			`/* ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or */`
16			`/* FITNESS FOR A PARTICULAR PURPOSE. See the GNU Lesser General Public */`
17			`/* License for more details. */`
18			`/* */`
19			`/* You should have received a copy of the GNU Lesser General Public License */`
20			`/* along with this source; if not, write to the Free Software Foundation, */`
21			`/* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA */`
22			`/* */`
23			`/===========================================================================/`
24			`/* SINGLE-OPERAND ARITHMETIC: RRC[.B] INSTRUCTION */`
25			`/---------------------------------------------------------------------------/`
26			`/* Test the RRC[.B] instruction. */`
27	18	olivier.gi	`/* */`
28			`/* Author(s): */`
29			`/* - Olivier Girard, olgirard@gmail.com */`
30			`/* */`
31			`/---------------------------------------------------------------------------/`
32	19	olivier.gi	`/* $Rev: 19 $ */`
33			`/* $LastChangedBy: olivier.girard $ */`
34			`/* $LastChangedDate: 2009-08-04 23:47:15 +0200 (Tue, 04 Aug 2009) $ */`
35	2	olivier.gi	`/===========================================================================/`
36
37
38			`.global main`
39
40			`main:`
41			`/* -------------- TEST INSTRUCTION IN WORD MODE ------------------- */`
42
43
44			`# Addressing mode: Rn`
45			`#------------------------`
46
47			`mov #0x0000, r2 ;# Test 1`
48			`mov #0x3332, r4`
49			`rrc r4 ;# RRC ({C=0, r4=0x3332} => {r4=0x1999, C=0})`
50			`mov r2, r5`
51
52			`mov #0x0000, r2 ;# Test 2`
53			`mov #0x3333, r6`
54			`rrc r6 ;# RRC ({C=0, r6=0x3333} => {r6=0x1999, C=1})`
55			`mov r2, r7`
56
57			`mov #0x0001, r2 ;# Test 3`
58			`mov #0x3332, r8`
59			`rrc r8 ;# RRC ({C=1, r9=0x3332} => {r9=0x9999, C=0})`
60			`mov r2, r9`
61
62			`mov #0x0001, r2 ;# Test 4`
63			`mov #0x3333, r10`
64			`rrc r10 ;# RRC ({C=1, r10=0x3333} => {r10=0x9999, C=1})`
65			`mov r2, r11`
66
67			`mov #0x1000, r15`
68
69
70			`# Addressing mode: @Rn`
71			`#------------------------`
72
73			`mov #0x0000, r2 ;# Test 1`
74			`mov #0x3332, &0x0200`
75			`mov #0x0200, r4`
76			`mov #0xaaaa, &0x0202`
77			`rrc @r4 ;# RRC ({C=0, mem00=0x3332} => {mem00=0x1999, C=0})`
78			`mov r2, r5`
79
80			`mov #0x0000, r2 ;# Test 2`
81			`mov #0x3333, &0x0202`
82			`mov #0x0202, r6`
83			`mov #0xaaaa, &0x0204`
84			`rrc @r6 ;# RRC ({C=0, mem01=0x3333} => {mem01=0x1999, C=1})`
85			`mov r2, r7`
86
87			`mov #0x0001, r2 ;# Test 3`
88			`mov #0x3332, &0x0204`
89			`mov #0x0204, r8`
90			`mov #0xaaaa, &0x0206`
91			`rrc @r8 ;# RRC ({C=1, mem02=0x3332} => {mem02=0x9999, C=0})`
92			`mov r2, r9`
93
94			`mov #0x0001, r2 ;# Test 4`
95			`mov #0x3333, &0x0206`
96			`mov #0x0206, r10`
97			`mov #0xaaaa, &0x0208`
98			`rrc @r10 ;# RRC ({C=1, mem03=0x3333} => {mem03=0x9999, C=1})`
99			`mov r2, r11`
100
101			`mov #0x2000, r15`
102
103
104			`# Addressing mode: @Rn+`
105			`#------------------------`
106
107			`mov #0x0000, r2 ;# Test 1`
108			`mov #0x3332, &0x0208`
109			`mov #0x0208, r4`
110			`mov #0xaaaa, &0x020A`
111			`rrc @r4+ ;# RRC ({C=0, mem04=0x3332} => {mem04=0x1999, C=0})`
112			`mov r2, r5`
113
114			`mov #0x0000, r2 ;# Test 2`
115			`mov #0x3333, &0x020A`
116			`mov #0x020A, r6`
117			`mov #0xaaaa, &0x020C`
118			`rrc @r6+ ;# RRC ({C=0, mem05=0x3333} => {mem05=0x1999, C=1})`
119			`mov r2, r7`
120
121			`mov #0x0001, r2 ;# Test 3`
122			`mov #0x3332, &0x020C`
123			`mov #0x020C, r8`
124			`mov #0xaaaa, &0x020E`
125			`rrc @r8+ ;# RRC ({C=1, mem06=0x3332} => {mem06=0x9999, C=0})`
126			`mov r2, r9`
127
128			`mov #0x0001, r2 ;# Test 4`
129			`mov #0x3333, &0x020E`
130			`mov #0x020E, r10`
131			`mov #0xaaaa, &0x0210`
132			`rrc @r10+ ;# RRC ({C=1, mem07=0x3333} => {mem07=0x9999, C=1})`
133			`mov r2, r11`
134
135			`mov #0x3000, r15`
136
137
138			`# Addressing mode: X(Rn)`
139			`#------------------------`
140
141			`mov #0x0000, r2 ;# Test 1`
142			`mov #0x3332, &0x0210`
143			`mov #0x0200, r4`
144			`mov #0xaaaa, &0x0212`
145			`rrc 16(r4) ;# RRC ({C=0, mem08=0x3332} => {mem08=0x1999, C=0})`
146			`mov r2, r5`
147
148			`mov #0x0000, r2 ;# Test 2`
149			`mov #0x3333, &0x0212`
150			`mov #0x0200, r6`
151			`mov #0xaaaa, &0x0214`
152			`rrc 18(r6) ;# RRC ({C=0, mem09=0x3333} => {mem09=0x1999, C=1})`
153			`mov r2, r7`
154
155			`mov #0x0001, r2 ;# Test 3`
156			`mov #0x3332, &0x0214`
157			`mov #0x0200, r8`
158			`mov #0xaaaa, &0x0216`
159			`rrc 20(r8) ;# RRC ({C=1, mem0a=0x3332} => {mem0a=0x9999, C=0})`
160			`mov r2, r9`
161
162			`mov #0x0001, r2 ;# Test 4`
163			`mov #0x3333, &0x0216`
164			`mov #0x0200, r10`
165			`mov #0xaaaa, &0x0218`
166			`rrc 22(r10) ;# RRC ({C=1, mem0b=0x3333} => {mem0b=0x9999, C=1})`
167			`mov r2, r11`
168
169			`mov #0x4000, r15`
170
171
172			`# Addressing mode: EDE`
173			`#------------------------`
174			`.set EDE_218, (__data_start+0x0018)`
175			`.set EDE_21A, (__data_start+0x001A)`
176			`.set EDE_21C, (__data_start+0x001C)`
177			`.set EDE_21E, (__data_start+0x001E)`
178
179			`mov #0x0000, r2 ;# Test 1`
180			`mov #0x3332, &0x0218`
181			`mov #0xaaaa, &0x021A`
182			`rrc EDE_218 ;# RRC ({C=0, mem0c=0x3332} => {mem0c=0x1999, C=0})`
183			`mov r2, r5`
184
185			`mov #0x0000, r2 ;# Test 2`
186			`mov #0x3333, &0x021A`
187			`mov #0xaaaa, &0x021C`
188			`rrc EDE_21A ;# RRC ({C=0, mem0d=0x3333} => {mem0d=0x1999, C=1})`
189			`mov r2, r7`
190
191			`mov #0x0001, r2 ;# Test 3`
192			`mov #0x3332, &0x021C`
193			`mov #0xaaaa, &0x021E`
194			`rrc EDE_21C ;# RRC ({C=1, mem0e=0x3332} => {mem0e=0x9999, C=0})`
195			`mov r2, r9`
196
197			`mov #0x0001, r2 ;# Test 4`
198			`mov #0x3333, &0x021E`
199			`mov #0xaaaa, &0x0220`
200			`rrc EDE_21E ;# RRC ({C=1, mem0f=0x3333} => {mem0f=0x9999, C=1})`
201			`mov r2, r11`
202
203			`mov #0x5000, r15`
204
205
206			`# Addressing mode: &EDE`
207			`#------------------------`
208			`.set aEDE_220, 0x0220`
209			`.set aEDE_222, 0x0222`
210			`.set aEDE_224, 0x0224`
211			`.set aEDE_226, 0x0226`
212
213			`mov #0x0000, r2 ;# Test 1`
214			`mov #0x3332, &0x0220`
215			`mov #0xaaaa, &0x0222`
216			`rrc &aEDE_220 ;# RRC ({C=0, mem10=0x3332} => {mem10=0x1999, C=0})`
217			`mov r2, r5`
218
219			`mov #0x0000, r2 ;# Test 2`
220			`mov #0x3333, &0x0222`
221			`mov #0xaaaa, &0x0224`
222			`rrc &aEDE_222 ;# RRC ({C=0, mem11=0x3333} => {mem11=0x1999, C=1})`
223			`mov r2, r7`
224
225			`mov #0x0001, r2 ;# Test 3`
226			`mov #0x3332, &0x0224`
227			`mov #0xaaaa, &0x0226`
228			`rrc &aEDE_224 ;# RRC ({C=1, mem12=0x3332} => {mem12=0x9999, C=0})`
229			`mov r2, r9`
230
231			`mov #0x0001, r2 ;# Test 4`
232			`mov #0x3333, &0x0226`
233			`mov #0xaaaa, &0x0228`
234			`rrc &aEDE_226 ;# RRC ({C=1, mem13=0x3333} => {mem13=0x9999, C=1})`
235			`mov r2, r11`
236
237			`mov #0x6000, r15`
238
239
240			`/* ----------------------- CLEAR MEMORY --------------------------- */`
241			`mov #0x0015, r4`
242			`mov #0x0200, r5`
243			`clear_mem_loop:`
244			`clr 0(r5)`
245			`incd r5`
246			`dec r4`
247			`jnz clear_mem_loop`
248
249			`mov #0x7000, r15`
250
251
252			`/* -------------- TEST INSTRUCTION IN BYTE MODE ------------------- */`
253
254			`# Addressing mode: Rn`
255			`#------------------------`
256
257			`mov #0x0000, r2 ;# Test 1`
258			`mov #0xff32, r4`
259			`rrc.b r4 ;# RRC.B ({C=0, r4=0x32} => {r4=0x19, C=0})`
260			`mov r2, r5`
261
262			`mov #0x0000, r2 ;# Test 2`
263			`mov #0xff33, r6`
264			`rrc.b r6 ;# RRC.B ({C=0, r6=0x33} => {r6=0x19, C=1})`
265			`mov r2, r7`
266
267			`mov #0x0001, r2 ;# Test 3`
268			`mov #0xf032, r8`
269			`rrc.b r8 ;# RRC.B ({C=1, r9=0x32} => {r9=0x99, C=0})`
270			`mov r2, r9`
271
272			`mov #0x0001, r2 ;# Test 4`
273			`mov #0xf033, r10`
274			`rrc.b r10 ;# RRC.B ({C=1, r10=0x33} => {r10=0x99, C=1})`
275			`mov r2, r11`
276
277			`mov #0x8000, r15`
278
279
280			`# Addressing mode: @Rn (Low Byte)`
281			`#---------------------------------`
282
283			`mov #0x0000, r2 ;# Test 1: Low Byte`
284			`mov #0x2532, &0x0200`
285			`mov #0x0200, r4`
286			`mov #0xaaaa, &0x0202`
287			`rrc.b @r4 ;# RRC.B ({C=0, mem00=0x2532} => {mem00=0x2519, C=0})`
288			`mov r2, r5`
289
290			`mov #0x0000, r2 ;# Test 2: Low Byte`
291			`mov #0x2533, &0x0202`
292			`mov #0x0202, r6`
293			`mov #0xaaaa, &0x0204`
294			`rrc.b @r6 ;# RRC.B ({C=0, mem01=0x2533} => {mem01=0x2519, C=1})`
295			`mov r2, r7`
296
297			`mov #0x0001, r2 ;# Test 3: Low Byte`
298			`mov #0x2532, &0x0204`
299			`mov #0x0204, r8`
300			`mov #0xaaaa, &0x0206`
301			`rrc.b @r8 ;# RRC.B ({C=1, mem02=0x2532} => {mem02=0x2599, C=0})`
302			`mov r2, r9`
303
304			`mov #0x0001, r2 ;# Test 4: Low Byte`
305			`mov #0x2533, &0x0206`
306			`mov #0x0206, r10`
307			`mov #0xaaaa, &0x0208`
308			`rrc.b @r10 ;# RRC.B ({C=1, mem03=0x2533} => {mem03=0x2599, C=1})`
309			`mov r2, r11`
310
311			`mov #0x9000, r15`
312
313			`# Addressing mode: @Rn (High Byte)`
314			`#---------------------------------`
315
316			`mov #0x0000, r2 ;# Test 1: High Byte`
317			`mov #0x3225, &0x0208`
318			`mov #0x0209, r4`
319			`mov #0xaaaa, &0x020A`
320			`rrc.b @r4 ;# RRC.B ({C=0, mem04=0x3225} => {mem04=0x1925, C=0})`
321			`mov r2, r6`
322
323			`mov #0x0000, r2 ;# Test 2: High Byte`
324			`mov #0x3325, &0x020A`
325			`mov #0x020B, r6`
326			`mov #0xaaaa, &0x020C`
327			`rrc.b @r6 ;# RRC.B ({C=0, mem05=0x3325} => {mem05=0x1925, C=1})`
328			`mov r2, r8`
329
330			`mov #0x0001, r2 ;# Test 3: High Byte`
331			`mov #0x3225, &0x020C`
332			`mov #0x020D, r8`
333			`mov #0xaaaa, &0x020E`
334			`rrc.b @r8 ;# RRC.B ({C=1, mem06=0x3225} => {mem06=0x9925, C=0})`
335			`mov r2, r10`
336
337			`mov #0x0001, r2 ;# Test 4: High Byte`
338			`mov #0x3325, &0x020E`
339			`mov #0x020F, r10`
340			`mov #0xaaaa, &0x0210`
341			`rrc.b @r10 ;# RRC.B ({C=1, mem07=0x3325} => {mem07=0x9925, C=1})`
342			`mov r2, r11`
343
344			`mov #0x9001, r15`
345
346
347			`# Addressing mode: @Rn+ (Low Byte)`
348			`#---------------------------------`
349
350			`mov #0x0000, r2 ;# Test 1: Low Byte`
351			`mov #0x2532, &0x0210`
352			`mov #0x0210, r4`
353			`mov #0xaaaa, &0x0212`
354			`rrc.b @r4+ ;# RRC.B ({C=0, mem08=0x2532} => {mem08=0x2519, C=0})`
355			`mov r2, r5`
356
357			`mov #0x0000, r2 ;# Test 2: Low Byte`
358			`mov #0x2533, &0x0212`
359			`mov #0x0212, r6`
360			`mov #0xaaaa, &0x0214`
361			`rrc.b @r6+ ;# RRC.B ({C=0, mem09=0x2533} => {mem09=0x2519, C=1})`
362			`mov r2, r7`
363
364			`mov #0x0001, r2 ;# Test 3: Low Byte`
365			`mov #0x2532, &0x0214`
366			`mov #0x0214, r8`
367			`mov #0xaaaa, &0x0216`
368			`rrc.b @r8+ ;# RRC.B ({C=1, mem0a=0x2532} => {mem0a=0x2599, C=0})`
369			`mov r2, r9`
370
371			`mov #0x0001, r2 ;# Test 4: Low Byte`
372			`mov #0x2533, &0x0216`
373			`mov #0x0216, r10`
374			`mov #0xaaaa, &0x0218`
375			`rrc.b @r10+ ;# RRC.B ({C=1, mem0b=0x2533} => {mem0b=0x2599, C=1})`
376			`mov r2, r11`
377
378			`mov #0xA000, r15`
379
380			`# Addressing mode: @Rn+ (High Byte)`
381			`#-----------------------------------`
382
383			`mov #0x0000, r2 ;# Test 1: High Byte`
384			`mov #0x3225, &0x0218`
385			`mov #0x0219, r4`
386			`mov #0xaaaa, &0x021A`
387			`rrc.b @r4+ ;# RRC.B ({C=0, mem0c=0x3225} => {mem0c=0x1925, C=0})`
388			`mov r2, r6`
389
390			`mov #0x0000, r2 ;# Test 2: High Byte`
391			`mov #0x3325, &0x021A`
392			`mov #0x021B, r6`
393			`mov #0xaaaa, &0x021C`
394			`rrc.b @r6+ ;# RRC.B ({C=0, mem0d=0x3325} => {mem0d=0x1925, C=1})`
395			`mov r2, r8`
396
397			`mov #0x0001, r2 ;# Test 3: High Byte`
398			`mov #0x3225, &0x021C`
399			`mov #0x021D, r8`
400			`mov #0xaaaa, &0x021E`
401			`rrc.b @r8+ ;# RRC.B ({C=1, mem0e=0x3225} => {mem0e=0x9925, C=0})`
402			`mov r2, r10`
403
404			`mov #0x0001, r2 ;# Test 4: High Byte`
405			`mov #0x3325, &0x021E`
406			`mov #0x021F, r10`
407			`mov #0xaaaa, &0x0220`
408			`rrc.b @r10+ ;# RRC.B ({C=1, mem0f=0x3325} => {mem0f=0x9925, C=1})`
409			`mov r2, r11`
410
411			`mov #0xA001, r15`
412
413
414			`# Addressing mode: X(Rn) (Low Byte)`
415			`#-----------------------------------`
416
417			`mov #0x0000, r2 ;# Test 1`
418			`mov #0x2532, &0x0220`
419			`mov #0x0200, r4`
420			`mov #0xaaaa, &0x0222`
421			`rrc.b 32(r4) ;# RRC ({C=0, mem10=0x2532} => {mem10=0x2519, C=0})`
422			`mov r2, r5`
423
424			`mov #0x0000, r2 ;# Test 2`
425			`mov #0x2533, &0x0222`
426			`mov #0x0200, r6`
427			`mov #0xaaaa, &0x0224`
428			`rrc.b 34(r6) ;# RRC ({C=0, mem11=0x2533} => {mem11=0x2519, C=1})`
429			`mov r2, r7`
430
431			`mov #0x0001, r2 ;# Test 3`
432			`mov #0x2532, &0x0224`
433			`mov #0x0200, r8`
434			`mov #0xaaaa, &0x0226`
435			`rrc.b 36(r8) ;# RRC ({C=1, mem12=0x2532} => {mem12=0x2599, C=0})`
436			`mov r2, r9`
437
438			`mov #0x0001, r2 ;# Test 4`
439			`mov #0x2533, &0x0226`
440			`mov #0x0200, r10`
441			`mov #0xaaaa, &0x0228`
442			`rrc.b 38(r10) ;# RRC ({C=1, mem13=0x2533} => {mem13=0x2599, C=1})`
443			`mov r2, r11`
444
445			`mov #0xB000, r15`
446
447			`# Addressing mode: X(Rn) (High Byte)`
448			`#------------------------------------`
449
450			`mov #0x0000, r2 ;# Test 1`
451			`mov #0x3225, &0x0228`
452			`mov #0x0200, r4`
453			`mov #0xaaaa, &0x022A`
454			`rrc.b 41(r4) ;# RRC ({C=0, mem14=0x3225} => {mem14=0x1925, C=0})`
455			`mov r2, r5`
456
457			`mov #0x0000, r2 ;# Test 2`
458			`mov #0x3325, &0x022A`
459			`mov #0x0200, r6`
460			`mov #0xaaaa, &0x022C`
461			`rrc.b 43(r6) ;# RRC ({C=0, mem15=0x3325} => {mem15=0x1925, C=1})`
462			`mov r2, r7`
463
464			`mov #0x0001, r2 ;# Test 3`
465			`mov #0x3225, &0x022C`
466			`mov #0x0200, r8`
467			`mov #0xaaaa, &0x022E`
468			`rrc.b 45(r8) ;# RRC ({C=1, mem16=0x3225} => {mem16=0x9925, C=0})`
469			`mov r2, r9`
470
471			`mov #0x0001, r2 ;# Test 4`
472			`mov #0x3325, &0x022E`
473			`mov #0x0200, r10`
474			`mov #0xaaaa, &0x0230`
475			`rrc.b 47(r10) ;# RRC ({C=1, mem17=0x3325} => {mem17=0x9925, C=1})`
476			`mov r2, r11`
477
478			`mov #0xB001, r15`
479
480
481			`# Addressing mode: EDE (Low Byte)`
482			`#---------------------------------`
483			`.set EDE_230, (__data_start+0x0030)`
484			`.set EDE_232, (__data_start+0x0032)`
485			`.set EDE_234, (__data_start+0x0034)`
486			`.set EDE_236, (__data_start+0x0036)`
487
488			`mov #0x0000, r2 ;# Test 1`
489			`mov #0x2532, &0x0230`
490			`mov #0xaaaa, &0x0232`
491			`rrc.b EDE_230 ;# RRC ({C=0, mem18=0x2532} => {mem18=0x2519, C=0})`
492			`mov r2, r5`
493
494			`mov #0x0000, r2 ;# Test 2`
495			`mov #0x2533, &0x0232`
496			`mov #0xaaaa, &0x0234`
497			`rrc.b EDE_232 ;# RRC ({C=0, mem19=0x2533} => {mem19=0x2519, C=1})`
498			`mov r2, r7`
499
500			`mov #0x0001, r2 ;# Test 3`
501			`mov #0x2532, &0x0234`
502			`mov #0xaaaa, &0x0236`
503			`rrc.b EDE_234 ;# RRC ({C=1, mem1a=0x2532} => {mem1a=0x2599, C=0})`
504			`mov r2, r9`
505
506			`mov #0x0001, r2 ;# Test 4`
507			`mov #0x2533, &0x0236`
508			`mov #0xaaaa, &0x0238`
509			`rrc.b EDE_236 ;# RRC ({C=1, mem1b=0x2533} => {mem1b=0x2599, C=1})`
510			`mov r2, r11`
511
512			`mov #0xC000, r15`
513
514			`# Addressing mode: EDE (High Byte)`
515			`#----------------------------------`
516			`.set EDE_239, (__data_start+0x0039)`
517			`.set EDE_23B, (__data_start+0x003B)`
518			`.set EDE_23D, (__data_start+0x003D)`
519			`.set EDE_23F, (__data_start+0x003F)`
520
521			`mov #0x0000, r2 ;# Test 1`
522			`mov #0x3225, &0x0238`
523			`mov #0xaaaa, &0x023A`
524			`rrc.b EDE_239 ;# RRC ({C=0, mem1c=0x3225} => {mem1c=0x1925, C=0})`
525			`mov r2, r5`
526
527			`mov #0x0000, r2 ;# Test 2`
528			`mov #0x3325, &0x023A`
529			`mov #0xaaaa, &0x023C`
530			`rrc.b EDE_23B ;# RRC ({C=0, mem1d=0x3325} => {mem1d=0x1925, C=1})`
531			`mov r2, r7`
532
533			`mov #0x0001, r2 ;# Test 3`
534			`mov #0x3225, &0x023C`
535			`mov #0xaaaa, &0x023E`
536			`rrc.b EDE_23D ;# RRC ({C=1, mem1e=0x3225} => {mem1e=0x9925, C=0})`
537			`mov r2, r9`
538
539			`mov #0x0001, r2 ;# Test 4`
540			`mov #0x3325, &0x023E`
541			`mov #0xaaaa, &0x0240`
542			`rrc.b EDE_23F ;# RRC ({C=1, mem1f=0x3325} => {mem1f=0x9925, C=1})`
543			`mov r2, r11`
544
545			`mov #0xC001, r15`
546
547
548			`# Addressing mode: &EDE (Low Byte)`
549			`#----------------------------------`
550			`.set aEDE_240, 0x0240`
551			`.set aEDE_242, 0x0242`
552			`.set aEDE_244, 0x0244`
553			`.set aEDE_246, 0x0246`
554
555			`mov #0x0000, r2 ;# Test 1`
556			`mov #0x2532, &0x0240`
557			`mov #0xaaaa, &0x0242`
558			`rrc.b &aEDE_240 ;# RRC ({C=0, mem20=0x2532} => {mem20=0x2519, C=0})`
559			`mov r2, r5`
560
561			`mov #0x0000, r2 ;# Test 2`
562			`mov #0x2533, &0x0242`
563			`mov #0xaaaa, &0x0244`
564			`rrc.b &aEDE_242 ;# RRC ({C=0, mem21=0x2533} => {mem21=0x2519, C=1})`
565			`mov r2, r7`
566
567			`mov #0x0001, r2 ;# Test 3`
568			`mov #0x2532, &0x0244`
569			`mov #0xaaaa, &0x0246`
570			`rrc.b &aEDE_244 ;# RRC ({C=1, mem22=0x2532} => {mem22=0x2599, C=0})`
571			`mov r2, r9`
572
573			`mov #0x0001, r2 ;# Test 4`
574			`mov #0x2533, &0x0246`
575			`mov #0xaaaa, &0x0248`
576			`rrc.b &aEDE_246 ;# RRC ({C=1, mem23=0x2533} => {mem23=0x2599, C=1})`
577			`mov r2, r11`
578
579			`mov #0xD000, r15`
580
581			`# Addressing mode: &EDE (High Byte)`
582			`#-----------------------------------`
583			`.set aEDE_249, 0x0249`
584			`.set aEDE_24B, 0x024B`
585			`.set aEDE_24D, 0x024D`
586			`.set aEDE_24F, 0x024F`
587
588			`mov #0x0000, r2 ;# Test 1`
589			`mov #0x3225, &0x0248`
590			`mov #0xaaaa, &0x024A`
591			`rrc.b &aEDE_249 ;# RRC ({C=0, mem24=0x3225} => {mem24=0x1925, C=0})`
592			`mov r2, r5`
593
594			`mov #0x0000, r2 ;# Test 2`
595			`mov #0x3325, &0x024A`
596			`mov #0xaaaa, &0x024C`
597			`rrc.b &aEDE_24B ;# RRC ({C=0, mem25=0x3325} => {mem25=0x1925, C=1})`
598			`mov r2, r7`
599
600			`mov #0x0001, r2 ;# Test 3`
601			`mov #0x3225, &0x024C`
602			`mov #0xaaaa, &0x024E`
603			`rrc.b &aEDE_24D ;# RRC ({C=1, mem26=0x3225} => {mem26=0x9925, C=0})`
604			`mov r2, r9`
605
606			`mov #0x0001, r2 ;# Test 4`
607			`mov #0x3325, &0x024E`
608			`mov #0xaaaa, &0x0250`
609			`rrc.b &aEDE_24F ;# RRC ({C=1, mem27=0x3325} => {mem27=0x9925, C=1})`
610			`mov r2, r11`
611
612			`mov #0xD001, r15`
613
614
615
616			`/* ---------------------- END OF TEST --------------- */`
617			`end_of_test:`
618			`nop`
619			`br #0xffff`
620
621
622
623			`/* ---------------------- INTERRUPT VECTORS --------------- */`
624
625			`.section .vectors, "a"`
626			`.word end_of_test ; Interrupt 0 (lowest priority)`
627			`.word end_of_test ; Interrupt 1`
628			`.word end_of_test ; Interrupt 2`
629			`.word end_of_test ; Interrupt 3`
630			`.word end_of_test ; Interrupt 4`
631			`.word end_of_test ; Interrupt 5`
632			`.word end_of_test ; Interrupt 6`
633			`.word end_of_test ; Interrupt 7`
634			`.word end_of_test ; Interrupt 8`
635			`.word end_of_test ; Interrupt 9`
636			`.word end_of_test ; Interrupt 10 Watchdog timer`
637			`.word end_of_test ; Interrupt 11`
638			`.word end_of_test ; Interrupt 12`
639			`.word end_of_test ; Interrupt 13`
640			`.word end_of_test ; Interrupt 14 NMI`
641			`.word main ; Interrupt 15 (highest priority) RESET`