modelsim tcl script
puts {
ModelSimSE general compile script version 1.1
Copyright (c) Doulos June 2004, SD
}
# Simply change the project settings in this section
# for each new project. There should be no need to
# modify the rest of the script.
set library_file_list {
design_library {counter.vhd}
test_library {countertb.vhd
countercf.vhd}
}
set top_level test_library.Cfg_CounterTB
set wave_patterns {
/*
}
set wave_radices {
hexadecimal {data q}
}
# After sourcing the script from ModelSim for the
# first time use these commands to recompile.
proc r {} {uplevel #0 source compile.tcl}
proc rr {} {global last_compile_time
set last_compile_time 0
r }
proc q {} {quit -force }
#Does this installation support Tk?
set tk_ok 1
if [catch {package require Tk}] {set tk_ok 0}
# Prefer a fixed point font for the transcript
set PrefMain(font) {Courier 10 roman normal}
# Compile out of date files
set time_now [clock seconds]
if [catch {set last_compile_time}] {
set last_compile_time 0
}
foreach {library file_list} $library_file_list {
vlib $library
vmap work $library
foreach file $file_list {
if { $last_compile_time < [file mtime $file] } {
if [regexp {.vhdl?$} $file] {
vcom -93 $file
} else {
vlog $file
}
set last_compile_time 0
}
}
}
set last_compile_time $time_now
# Load the simulation
eval vsim $top_level
# If waves are required
if [llength $wave_patterns] {
noview wave
foreach pattern $wave_patterns {
add wave $pattern
}
configure wave -signalnamewidth 1
foreach {radix signals} $wave_radices {
foreach signal $signals {
catch {property wave -radix $radix $signal}
}
}
if $tk_ok {wm geometry .wave [winfo screenwidth .]x330+0-20}
}
# Run the simulation
run -all
# If waves are required
if [llength $wave_patterns] {
if $tk_ok {.wave.tree zoomfull}
}
puts {
Script commands are:
r = Recompile changed and dependent files
rr = Recompile everything
q = Quit without confirmation
}
# How long since project began?
if {[file isfile start_time.txt] == 0} {
set f [open start_time.txt w]
puts $f "Start time was [clock seconds]"
close $f
} else {
set f [open start_time.txt r]
set line [gets $f]
close $f
regexp {\d+} $line start_time
set total_time [expr ([clock seconds]-$start_time)/60]
puts "Project time is $total_time minutes"
}