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[/] [openmsp430/] [trunk/] [core/] [sim/] [rtl_sim/] [src/] [sing-op_rrc.v] - Rev 122
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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: 111 $ */ /* $LastChangedBy: olivier.girard $ */ /* $LastChangedDate: 2011-05-20 22:39:02 +0200 (Fri, 20 May 2011) $ */ /*===========================================================================*/ initial begin $display(" ==============================================="); $display("| START SIMULATION |"); $display(" ==============================================="); repeat(5) @(posedge mclk); stimulus_done = 0; // RRC (WORD MODE) //-------------------------------------------------------- // Addressing mode: Rn @(r15==16'h1000); if (r4 !==16'h1999) tb_error("====== RRC (Rn mode): test 1 (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC (Rn mode): test 1 (C flag) ====="); if (r6 !==16'h1999) tb_error("====== RRC (Rn mode): test 2 (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC (Rn mode): test 2 (C flag) ====="); if (r8 !==16'h9999) tb_error("====== RRC (Rn mode): test 3 (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC (Rn mode): test 3 (C flag) ====="); if (r10 !==16'h9999) tb_error("====== RRC (Rn mode): test 4 (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC (Rn mode): test 4 (C flag) ====="); // Addressing mode: @Rn @(r15==16'h2000); if (mem200 !==16'h1999) tb_error("====== RRC (@Rn mode): test 1 (result) ====="); if (r4 !==(`PER_SIZE+16'h0000)) tb_error("====== RRC (@Rn mode): test 1 (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC (@Rn mode): test 1 (C flag) ====="); if (mem202 !==16'h1999) tb_error("====== RRC (@Rn mode): test 2 (result) ====="); if (r6 !==(`PER_SIZE+16'h0002)) tb_error("====== RRC (@Rn mode): test 2 (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC (@Rn mode): test 2 (C flag) ====="); if (mem204 !==16'h9999) tb_error("====== RRC (@Rn mode): test 3 (result) ====="); if (r8 !==(`PER_SIZE+16'h0004)) tb_error("====== RRC (@Rn mode): test 3 (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC (@Rn mode): test 3 (C flag) ====="); if (mem206 !==16'h9999) tb_error("====== RRC (@Rn mode): test 4 (result) ====="); if (r10 !==(`PER_SIZE+16'h0006)) tb_error("====== RRC (@Rn mode): test 4 (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC (@Rn mode): test 4 (C flag) ====="); // Addressing mode: @Rn+ @(r15==16'h3000); if (mem208 !==16'h1999) tb_error("====== RRC (@Rn+ mode): test 1 (result) ====="); if (r4 !==(`PER_SIZE+16'h000A)) tb_error("====== RRC (@Rn+ mode): test 1 (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC (@Rn+ mode): test 1 (C flag) ====="); if (mem20A !==16'h1999) tb_error("====== RRC (@Rn+ mode): test 2 (result) ====="); if (r6 !==(`PER_SIZE+16'h000C)) tb_error("====== RRC (@Rn+ mode): test 2 (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC (@Rn+ mode): test 2 (C flag) ====="); if (mem20C !==16'h9999) tb_error("====== RRC (@Rn+ mode): test 3 (result) ====="); if (r8 !==(`PER_SIZE+16'h000E)) tb_error("====== RRC (@Rn+ mode): test 3 (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC (@Rn+ mode): test 3 (C flag) ====="); if (mem20E !==16'h9999) tb_error("====== RRC (@Rn+ mode): test 4 (result) ====="); if (r10 !==(`PER_SIZE+16'h0010)) tb_error("====== RRC (@Rn+ mode): test 4 (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC (@Rn+ mode): test 4 (C flag) ====="); // Addressing mode: X(Rn) @(r15==16'h4000); if (mem210 !==16'h1999) tb_error("====== RRC (X(Rn) mode): test 1 (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC (X(Rn) mode): test 1 (C flag) ====="); if (mem212 !==16'h1999) tb_error("====== RRC (X(Rn) mode): test 2 (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC (X(Rn) mode): test 2 (C flag) ====="); if (mem214 !==16'h9999) tb_error("====== RRC (X(Rn) mode): test 3 (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC (X(Rn) mode): test 3 (C flag) ====="); if (mem216 !==16'h9999) tb_error("====== RRC (X(Rn) mode): test 4 (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC (X(Rn) mode): test 4 (C flag) ====="); // Addressing mode: EDE @(r15==16'h5000); if (mem218 !==16'h1999) tb_error("====== RRC (EDE mode): test 1 (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC (EDE mode): test 1 (C flag) ====="); if (mem21A !==16'h1999) tb_error("====== RRC (EDE mode): test 2 (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC (EDE mode): test 2 (C flag) ====="); if (mem21C !==16'h9999) tb_error("====== RRC (EDE mode): test 3 (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC (EDE mode): test 3 (C flag) ====="); if (mem21E !==16'h9999) tb_error("====== RRC (EDE mode): test 4 (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC (EDE mode): test 4 (C flag) ====="); // Addressing mode: &EDE @(r15==16'h6000); if (mem220 !==16'h1999) tb_error("====== RRC (&EDE mode): test 1 (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC (&EDE mode): test 1 (C flag) ====="); if (mem222 !==16'h1999) tb_error("====== RRC (&EDE mode): test 2 (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC (&EDE mode): test 2 (C flag) ====="); if (mem224 !==16'h9999) tb_error("====== RRC (&EDE mode): test 3 (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC (&EDE mode): test 3 (C flag) ====="); if (mem226 !==16'h9999) tb_error("====== RRC (&EDE mode): test 4 (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC (&EDE mode): test 4 (C flag) ====="); // Clear Memory //-------------------------------------------------------- @(r15==16'h7000); // RRC (BYTE MODE) //-------------------------------------------------------- // Addressing mode: Rn @(r15==16'h8000); if (r4 !==16'h0019) tb_error("====== RRC.B (Rn mode): test 1 (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (Rn mode): test 1 (C flag) ====="); if (r6 !==16'h0019) tb_error("====== RRC.B (Rn mode): test 2 (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (Rn mode): test 2 (C flag) ====="); if (r8 !==16'h0099) tb_error("====== RRC.B (Rn mode): test 3 (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (Rn mode): test 3 (C flag) ====="); if (r10 !==16'h0099) tb_error("====== RRC.B (Rn mode): test 4 (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (Rn mode): test 4 (C flag) ====="); // Addressing mode: @Rn (low byte) @(r15==16'h9000); if (mem200 !==16'h2519) tb_error("====== RRC.B (@Rn mode): test 1, low byte (result) ====="); if (r4 !==(`PER_SIZE+16'h0000)) tb_error("====== RRC.B (@Rn mode): test 1, low byte (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (@Rn mode): test 1, low byte (C flag) ====="); if (mem202 !==16'h2519) tb_error("====== RRC.B (@Rn mode): test 2, low byte (result) ====="); if (r6 !==(`PER_SIZE+16'h0002)) tb_error("====== RRC.B (@Rn mode): test 2, low byte (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (@Rn mode): test 2, low byte (C flag) ====="); if (mem204 !==16'h2599) tb_error("====== RRC.B (@Rn mode): test 3, low byte (result) ====="); if (r8 !==(`PER_SIZE+16'h0004)) tb_error("====== RRC.B (@Rn mode): test 3, low byte (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (@Rn mode): test 3, low byte (C flag) ====="); if (mem206 !==16'h2599) tb_error("====== RRC.B (@Rn mode): test 4, low byte (result) ====="); if (r10 !==(`PER_SIZE+16'h0006)) tb_error("====== RRC.B (@Rn mode): test 4, low byte (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (@Rn mode): test 4, low byte (C flag) ====="); // Addressing mode: @Rn (high byte) @(r15==16'h9001); if (mem208 !==16'h1925) tb_error("====== RRC.B (@Rn mode): test 1, high byte (result) ====="); if (r4 !==(`PER_SIZE+16'h0009)) tb_error("====== RRC.B (@Rn mode): test 1, high byte (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (@Rn mode): test 1, high byte (C flag) ====="); if (mem20A !==16'h1925) tb_error("====== RRC.B (@Rn mode): test 2, high byte (result) ====="); if (r6 !==(`PER_SIZE+16'h000B)) tb_error("====== RRC.B (@Rn mode): test 2, high byte (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (@Rn mode): test 2, high byte (C flag) ====="); if (mem20C !==16'h9925) tb_error("====== RRC.B (@Rn mode): test 3, high byte (result) ====="); if (r8 !==(`PER_SIZE+16'h000D)) tb_error("====== RRC.B (@Rn mode): test 3, high byte (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (@Rn mode): test 3, high byte (C flag) ====="); if (mem20E !==16'h9925) tb_error("====== RRC.B (@Rn mode): test 4, high byte (result) ====="); if (r10 !==(`PER_SIZE+16'h000F)) tb_error("====== RRC.B (@Rn mode): test 4, high byte (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (@Rn mode): test 4, high byte (C flag) ====="); // Addressing mode: @Rn+ (low byte) @(r15==16'hA000); if (mem210 !==16'h2519) tb_error("====== RRC.B (@Rn+ mode): test 1, low byte (result) ====="); if (r4 !==(`PER_SIZE+16'h0011)) tb_error("====== RRC.B (@Rn+ mode): test 1, low byte (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (@Rn+ mode): test 1, low byte (C flag) ====="); if (mem212 !==16'h2519) tb_error("====== RRC.B (@Rn+ mode): test 2, low byte (result) ====="); if (r6 !==(`PER_SIZE+16'h0013)) tb_error("====== RRC.B (@Rn+ mode): test 2, low byte (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (@Rn+ mode): test 2, low byte (C flag) ====="); if (mem214 !==16'h2599) tb_error("====== RRC.B (@Rn+ mode): test 3, low byte (result) ====="); if (r8 !==(`PER_SIZE+16'h0015)) tb_error("====== RRC.B (@Rn+ mode): test 3, low byte (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (@Rn+ mode): test 3, low byte (C flag) ====="); if (mem216 !==16'h2599) tb_error("====== RRC.B (@Rn+ mode): test 4, low byte (result) ====="); if (r10 !==(`PER_SIZE+16'h0017)) tb_error("====== RRC.B (@Rn+ mode): test 4, low byte (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (@Rn+ mode): test 4, low byte (C flag) ====="); // Addressing mode: @Rn+ (high byte) @(r15==16'hA001); if (mem218 !==16'h1925) tb_error("====== RRC.B (@Rn+ mode): test 1, high byte (result) ====="); if (r4 !==(`PER_SIZE+16'h001A)) tb_error("====== RRC.B (@Rn+ mode): test 1, high byte (address) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (@Rn+ mode): test 1, high byte (C flag) ====="); if (mem21A !==16'h1925) tb_error("====== RRC.B (@Rn+ mode): test 2, high byte (result) ====="); if (r6 !==(`PER_SIZE+16'h001C)) tb_error("====== RRC.B (@Rn+ mode): test 2, high byte (address) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (@Rn+ mode): test 2, high byte (C flag) ====="); if (mem21C !==16'h9925) tb_error("====== RRC.B (@Rn+ mode): test 3, high byte (result) ====="); if (r8 !==(`PER_SIZE+16'h001E)) tb_error("====== RRC.B (@Rn+ mode): test 3, high byte (address) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (@Rn+ mode): test 3, high byte (C flag) ====="); if (mem21E !==16'h9925) tb_error("====== RRC.B (@Rn+ mode): test 4, high byte (result) ====="); if (r10 !==(`PER_SIZE+16'h0020)) tb_error("====== RRC.B (@Rn+ mode): test 4, high byte (address) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (@Rn+ mode): test 4, high byte (C flag) ====="); // Addressing mode: X(Rn) (low byte) @(r15==16'hB000); if (mem220 !==16'h2519) tb_error("====== RRC.B (X(Rn) mode): test 1, low byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (X(Rn) mode): test 1, low byte (C flag) ====="); if (mem222 !==16'h2519) tb_error("====== RRC.B (X(Rn) mode): test 2, low byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (X(Rn) mode): test 2, low byte (C flag) ====="); if (mem224 !==16'h2599) tb_error("====== RRC.B (X(Rn) mode): test 3, low byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (X(Rn) mode): test 3, low byte (C flag) ====="); if (mem226 !==16'h2599) tb_error("====== RRC.B (X(Rn) mode): test 4, low byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (X(Rn) mode): test 4, low byte (C flag) ====="); // Addressing mode: X(Rn) (high byte) @(r15==16'hB001); if (mem228 !==16'h1925) tb_error("====== RRC.B (X(Rn) mode): test 1, high byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (X(Rn) mode): test 1, high byte (C flag) ====="); if (mem22A !==16'h1925) tb_error("====== RRC.B (X(Rn) mode): test 2, high byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (X(Rn) mode): test 2, high byte (C flag) ====="); if (mem22C !==16'h9925) tb_error("====== RRC.B (X(Rn) mode): test 3, high byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (X(Rn) mode): test 3, high byte (C flag) ====="); if (mem22E !==16'h9925) tb_error("====== RRC.B (X(Rn) mode): test 4, high byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (X(Rn) mode): test 4, high byte (C flag) ====="); // Addressing mode: EDE (low byte) @(r15==16'hC000); if (mem230 !==16'h2519) tb_error("====== RRC.B (EDE mode): test 1, low byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (EDE mode): test 1, low byte (C flag) ====="); if (mem232 !==16'h2519) tb_error("====== RRC.B (EDE mode): test 2, low byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (EDE mode): test 2, low byte (C flag) ====="); if (mem234 !==16'h2599) tb_error("====== RRC.B (EDE mode): test 3, low byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (EDE mode): test 3, low byte (C flag) ====="); if (mem236 !==16'h2599) tb_error("====== RRC.B (EDE mode): test 4, low byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (EDE mode): test 4, low byte (C flag) ====="); // Addressing mode: EDE (high byte) @(r15==16'hC001); if (mem238 !==16'h1925) tb_error("====== RRC.B (EDE mode): test 1, high byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (EDE mode): test 1, high byte (C flag) ====="); if (mem23A !==16'h1925) tb_error("====== RRC.B (EDE mode): test 2, high byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (EDE mode): test 2, high byte (C flag) ====="); if (mem23C !==16'h9925) tb_error("====== RRC.B (EDE mode): test 3, high byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (EDE mode): test 3, high byte (C flag) ====="); if (mem23E !==16'h9925) tb_error("====== RRC.B (EDE mode): test 4, high byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (EDE mode): test 4, high byte (C flag) ====="); // Addressing mode: &EDE (low byte) @(r15==16'hD000); if (mem240 !==16'h2519) tb_error("====== RRC.B (&EDE mode): test 1, low byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (&EDE mode): test 1, low byte (C flag) ====="); if (mem242 !==16'h2519) tb_error("====== RRC.B (&EDE mode): test 2, low byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (&EDE mode): test 2, low byte (C flag) ====="); if (mem244 !==16'h2599) tb_error("====== RRC.B (&EDE mode): test 3, low byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (&EDE mode): test 3, low byte (C flag) ====="); if (mem246 !==16'h2599) tb_error("====== RRC.B (&EDE mode): test 4, low byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (&EDE mode): test 4, low byte (C flag) ====="); // Addressing mode: &EDE (high byte) @(r15==16'hD001); if (mem248 !==16'h1925) tb_error("====== RRC.B (&EDE mode): test 1, high byte (result) ====="); if (r5 !==16'h0000) tb_error("====== RRC.B (&EDE mode): test 1, high byte (C flag) ====="); if (mem24A !==16'h1925) tb_error("====== RRC.B (&EDE mode): test 2, high byte (result) ====="); if (r7 !==16'h0001) tb_error("====== RRC.B (&EDE mode): test 2, high byte (C flag) ====="); if (mem24C !==16'h9925) tb_error("====== RRC.B (&EDE mode): test 3, high byte (result) ====="); if (r9 !==16'h0004) tb_error("====== RRC.B (&EDE mode): test 3, high byte (C flag) ====="); if (mem24E !==16'h9925) tb_error("====== RRC.B (&EDE mode): test 4, high byte (result) ====="); if (r11 !==16'h0005) tb_error("====== RRC.B (&EDE mode): test 4, high byte (C flag) ====="); stimulus_done = 1; end
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