Subversion Repositories wb4pb

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## This sourcecode is released under BSD license.

## Please see http://www.opensource.org/licenses/bsd-license.php for details!

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##

## Copyright (c) 2010, Stefan Fischer 

## All rights reserved.

##

## Redistribution and use in source and binary forms, with or without

## modification, are permitted provided that the following conditions are met:

##

##  * Redistributions of source code must retain the above copyright notice,

##    this list of conditions and the following disclaimer.

##  * Redistributions in binary form must reproduce the above copyright notice,

##    this list of conditions and the following disclaimer in the documentation

##    and/or other materials provided with the distribution.

##

## THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"

## AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE

## IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE

## ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDER OR CONTRIBUTORS BE

## LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR

## CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF

## SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS

## INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN

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## ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE

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##

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## filename: picoblaze_wb_gpio_tb.do

## description: ModelSim (R) do-macro / tcl-script for picoblaze_wb_gpio_tb hdl

##              testbench

## todo4user: modify working directory and hdl variables

## version: 0.0.0

## changelog: - 0.0.0, initial release

##            - ...

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# IMPORTANT NOTICE!

# Verilog (R) simulation flow requires Xilinx (R) ISE (R) to be installed.

# user settings: preferred hdl, working directory and Xilinx (R) ISE (R)

# installation path (needed for Verilog (R) simulation)

set wd "d:/projects/wb4pb/sim"

set isVHDL yes

set XILINX_ISE_PATH "c:/xilinx/13.1"

# working directory cannot be changed while simulation is running

if {![string equal -nocase [pwd] $wd]} {

  quit -sim

  cd $wd

}

# creating library work, if not existing

if {[glob -nocomplain -types d "work"] == {}} {

  vlib work

}

# compiling hdl modules and starting simulator

if {$isVHDL} {

  vcom -check_synthesis "../rtl/picoblaze_wb_gpio.vhd"

  vcom -check_synthesis "../rtl/wbm_picoblaze.vhd"

  vcom -check_synthesis "../rtl/wbs_gpio.vhd"

  vcom "../rtl/kcpsm3.vhd"

  vcom "../asm/pbwbgpio.vhd"

  vcom "../sim/hdl/picoblaze_wb_gpio_tb.vhd"

  vsim picoblaze_wb_gpio_tb behavioral

} else {

  vlog "../rtl/picoblaze_wb_gpio.v"

  vlog "../rtl/wbm_picoblaze.v"

  vlog "../rtl/wbs_gpio.v"

  vlog "../rtl/kcpsm3.v"

  vlog "../asm/pbwbgpio.v"

  vlog "../sim/hdl/picoblaze_wb_gpio_tb.v"

  vlog "${XILINX_ISE_PATH}/ise_ds/ise/verilog/src/glbl.v"

  vsim picoblaze_wb_gpio_tb glbl

}

# configuring wave window

view -undock -x 0 -y 0 -width 1024 -height 640 wave

# adding signals of interest

proc add_wave_sys_sig? {on_off_n} {

  if {$on_off_n} {

    add wave -divider "SYSTEM SIGNALS"

    add wave sim:/dut/rst

    add wave sim:/dut/clk

  }

}

proc add_wave_wb_sig? {on_off_n} {

  if {$on_off_n} {

    add wave -divider "WISHBONE SIGNALS"

    #add wave sim:/dut/wb_cyc

    add wave sim:/dut/wb_stb

    add wave sim:/dut/wb_we

    add wave -radix hex sim:/dut/wb_adr

    add wave -radix hex sim:/dut/wb_dat_m2s

    add wave -radix hex sim:/dut/wb_dat_s2m

    add wave sim:/dut/wb_ack

  }

}

proc add_wave_pbport_sig? {on_off_n} {

  if {$on_off_n} {

    add wave -divider "PICOBLAZE PORT SIGNALS"

    add wave -radix hex sim:/dut/pb_port_id

    add wave sim:/dut/pb_write_strobe

    add wave -radix hex sim:/dut/pb_out_port

    add wave sim:/dut/pb_read_strobe

    add wave -radix hex sim:/dut/pb_in_port

  }

}

proc add_wave_pbimem_sig? {on_off_n} {

  if {$on_off_n} {

    add wave -divider "PICOBLAZE INSTRUCTION MEMORY SIGNALS"

    add wave -radix hex sim:/dut/address

    add wave -radix hex sim:/dut/instruction

  }

}

proc add_wave_gpio_sig? {on_off_n} {

  if {$on_off_n} {

    add wave -divider "GPIO SIGNALS"

    add wave -radix hex sim:/dut/gpio_in

    add wave -radix hex sim:/dut/gpio_out

    add wave -radix hex sim:/dut/gpio_oe

    add wave -radix hex sim:/dut/p_gpio_io

  }

}

# selecting active signal groups

add_wave_sys_sig? yes

add_wave_wb_sig? yes

add_wave_pbport_sig? yes

add_wave_pbimem_sig? no

add_wave_gpio_sig? yes

# setting simulation runtime

run 10 us

# zooming to time area of interest

wave zoomfull