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[/] [openmsp430/] [trunk/] [core/] [sim/] [rtl_sim/] [src/] [tA_capture.v] - Rev 175
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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 */ /* */ /*===========================================================================*/ /* TIMER A */ /*---------------------------------------------------------------------------*/ /* Test the timer A: */ /* - Check the timer capture unit. */ /* */ /* Author(s): */ /* - Olivier Girard, olgirard@gmail.com */ /* */ /*---------------------------------------------------------------------------*/ /* $Rev: 134 $ */ /* $LastChangedBy: olivier.girard $ */ /* $LastChangedDate: 2012-03-22 21:31:06 +0100 (Thu, 22 Mar 2012) $ */ /*===========================================================================*/ integer my_counter; always @ (posedge mclk) my_counter <= my_counter+1; wire [15:0] tar = timerA_0.tar; initial begin $display(" ==============================================="); $display("| START SIMULATION |"); $display(" ==============================================="); repeat(5) @(posedge mclk); stimulus_done = 0; `ifdef ASIC $display(" ==============================================="); $display("| SIMULATION SKIPPED |"); $display("| (this test is not supported in ASIC mode) |"); $display(" ==============================================="); $finish; `else // TIMER A TEST: INPUT MUX (CCI) //-------------------------------------------------------- // --------- Comparator 0 ---------- @(mem200 === 16'h0001); ta_cci0a = 1'b1; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0002); ta_cci0a = 1'b0; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0003); if (mem202 !== 16'h0008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - CCIxA ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - CCIxA ====="); @(mem200 === 16'h0004); ta_cci0a = 1'b0; ta_cci0b = 1'b1; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0005); ta_cci0a = 1'b1; ta_cci0b = 1'b0; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0006); if (mem202 !== 16'h1008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - CCIxB ====="); if (mem204 !== 16'h1000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - CCIxB ====="); @(mem200 === 16'h0007); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0008); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0009); if (mem202 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - GND ====="); if (mem204 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - GND ====="); @(mem200 === 16'h000A); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h000B); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h000C); if (mem202 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - VDD ====="); if (mem204 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 0 - VDD ====="); // --------- Comparator 1 ---------- @(mem200 === 16'h0011); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b1; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0012); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b0; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0013); if (mem202 !== 16'h0008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - CCIxA ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - CCIxA ====="); @(mem200 === 16'h0014); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b1; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0015); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b0; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0016); if (mem202 !== 16'h1008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - CCIxB ====="); if (mem204 !== 16'h1000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - CCIxB ====="); @(mem200 === 16'h0017); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0018); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0019); if (mem202 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - GND ====="); if (mem204 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - GND ====="); @(mem200 === 16'h001A); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h001B); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h001C); if (mem202 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - VDD ====="); if (mem204 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 1 - VDD ====="); // --------- Comparator 2 ---------- @(mem200 === 16'h0021); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b1; ta_cci2b = 1'b0; @(mem200 === 16'h0022); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b0; ta_cci2b = 1'b1; @(mem200 === 16'h0023); if (mem202 !== 16'h0008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - CCIxA ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - CCIxA ====="); @(mem200 === 16'h0024); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b1; @(mem200 === 16'h0025); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b0; @(mem200 === 16'h0026); if (mem202 !== 16'h1008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - CCIxB ====="); if (mem204 !== 16'h1000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - CCIxB ====="); @(mem200 === 16'h0027); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h0028); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h0029); if (mem202 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - GND ====="); if (mem204 !== 16'h2000) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - GND ====="); @(mem200 === 16'h002A); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; @(mem200 === 16'h002B); ta_cci0a = 1'b1; ta_cci0b = 1'b1; ta_cci1a = 1'b1; ta_cci1b = 1'b1; ta_cci2a = 1'b1; ta_cci2b = 1'b1; @(mem200 === 16'h002C); if (mem202 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - VDD ====="); if (mem204 !== 16'h3008) tb_error("====== TIMER_A INPUT MUX: COMPARATOR 2 - VDD ====="); ta_cci0a = 1'b0; ta_cci0b = 1'b0; ta_cci1a = 1'b0; ta_cci1b = 1'b0; ta_cci2a = 1'b0; ta_cci2b = 1'b0; // TIMER A TEST: CAPTURE, EDGE SELECTION AND INTERRUPT //-------------------------------------------------------- @(r15 === 16'h1000); // --------- Comparator 0 ---------- @(mem200 === 16'h0001); ta_cci0a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: NO CAPTURE 1 ====="); @(mem200 === 16'h0002); ta_cci0a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: NO CAPTURE 2 ====="); @(mem200 === 16'h0003); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: NO CAPTURE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: NO CAPTURE 4 ====="); @(mem200 === 16'h0004); ta_cci0a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING EDGE 1 ====="); @(mem200 === 16'h0005); ta_cci0a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING EDGE 2 ====="); @(mem200 === 16'h0006); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING EDGE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING EDGE 4 ====="); @(mem200 === 16'h0007); ta_cci0a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: FALLING EDGE 1 ====="); @(mem200 === 16'h0008); ta_cci0a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: FALLING EDGE 2 ====="); @(mem200 === 16'h0009); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: FALLING EDGE 4 ====="); @(mem200 === 16'h000A); ta_cci0a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING/FALLING EDGE 1 ====="); @(mem200 === 16'h000B); ta_cci0a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta0) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING/FALLING EDGE 2 ====="); @(mem200 === 16'h000C); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING/FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 0: RISING/FALLING EDGE 4 ====="); // --------- comparator 1 ---------- @(mem200 === 16'h0001); ta_cci1a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: NO CAPTURE 1 ====="); @(mem200 === 16'h0002); ta_cci1a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: NO CAPTURE 2 ====="); @(mem200 === 16'h0003); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: NO CAPTURE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: NO CAPTURE 4 ====="); @(mem200 === 16'h0004); ta_cci1a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING EDGE 1 ====="); @(mem200 === 16'h0005); ta_cci1a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING EDGE 2 ====="); @(mem200 === 16'h0006); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING EDGE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING EDGE 4 ====="); @(mem200 === 16'h0007); ta_cci1a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: FALLING EDGE 1 ====="); @(mem200 === 16'h0008); ta_cci1a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: FALLING EDGE 2 ====="); @(mem200 === 16'h0009); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: FALLING EDGE 4 ====="); @(mem200 === 16'h000A); ta_cci1a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING/FALLING EDGE 1 ====="); @(mem200 === 16'h000B); ta_cci1a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING/FALLING EDGE 2 ====="); @(mem200 === 16'h000C); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING/FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 1: RISING/FALLING EDGE 4 ====="); // --------- comparator 2 ---------- @(mem200 === 16'h0001); ta_cci2a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: NO CAPTURE 1 ====="); @(mem200 === 16'h0002); ta_cci2a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: NO CAPTURE 2 ====="); @(mem200 === 16'h0003); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: NO CAPTURE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: NO CAPTURE 4 ====="); @(mem200 === 16'h0004); ta_cci2a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING EDGE 1 ====="); @(mem200 === 16'h0005); ta_cci2a = 1'b0; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING EDGE 2 ====="); @(mem200 === 16'h0006); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING EDGE 3 ====="); if (mem204 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING EDGE 4 ====="); @(mem200 === 16'h0007); ta_cci2a = 1'b1; repeat(5) @(posedge mclk); if (irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: FALLING EDGE 1 ====="); @(mem200 === 16'h0008); ta_cci2a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: FALLING EDGE 2 ====="); @(mem200 === 16'h0009); if (mem202 !== 16'h0000) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: FALLING EDGE 4 ====="); @(mem200 === 16'h000A); ta_cci2a = 1'b1; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING/FALLING EDGE 1 ====="); @(mem200 === 16'h000B); ta_cci2a = 1'b0; repeat(5) @(posedge mclk); if (!irq_ta1) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING/FALLING EDGE 2 ====="); @(mem200 === 16'h000C); if (mem202 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING/FALLING EDGE 3 ====="); if (mem204 !== 16'h1234) tb_error("====== TIMER_A CAPTURE, EDGE SELECTION AND INTERRUPT COMPARATOR 2: RISING/FALLING EDGE 4 ====="); // TIMER A TEST: CAPTURE OVERFLOW //-------------------------------------------------------- @(r15 === 16'h2000); // --------- Comparator 0 ---------- @(mem200 === 16'h0001); ta_cci0a = 1'b1; @(mem200 === 16'h0002); ta_cci0a = 1'b0; @(mem200 === 16'h0003); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 0 ====="); if (mem204 !== 16'hC002) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 0 ====="); @(mem200 === 16'h0004); ta_cci0a = 1'b1; @(mem200 === 16'h0005); ta_cci0a = 1'b0; @(mem200 === 16'h0006); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 0 ====="); if (mem204 !== 16'hC000) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 0 ====="); // --------- Comparator 1 ---------- @(mem200 === 16'h0001); ta_cci1a = 1'b1; @(mem200 === 16'h0002); ta_cci1a = 1'b0; @(mem200 === 16'h0003); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 1 ====="); if (mem204 !== 16'hC002) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 1 ====="); @(mem200 === 16'h0004); ta_cci1a = 1'b1; @(mem200 === 16'h0005); ta_cci1a = 1'b0; @(mem200 === 16'h0006); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 1 ====="); if (mem204 !== 16'hC000) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 1 ====="); // --------- Comparator 2 ---------- @(mem200 === 16'h0001); ta_cci2a = 1'b1; @(mem200 === 16'h0002); ta_cci2a = 1'b0; @(mem200 === 16'h0003); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 2 ====="); if (mem204 !== 16'hC002) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 2 ====="); @(mem200 === 16'h0004); ta_cci2a = 1'b1; @(mem200 === 16'h0005); ta_cci2a = 1'b0; @(mem200 === 16'h0006); if (mem202 !== 16'hC008) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 2 ====="); if (mem204 !== 16'hC000) tb_error("====== TIMER_A CAPTURE OVERFLOW: COMPARATOR 2 ====="); `endif stimulus_done = 1; end
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