This change allows assertion errors/failures in ModelSim to be detected and causes ModelSim to return a non-zero value when such an assertion error occurs. This allows the return value of ModelSim to be used to determine whether or not the testbench passed. Original-commit: 574146ec8909da367c3441189c2877a287892f7e
101 lines
3.3 KiB
Bash
Executable File
101 lines
3.3 KiB
Bash
Executable File
#!/bin/bash
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#------------------------------------------
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# Colorize
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#------------------------------------------
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# VIV_COLOR_SCHEME must be defined in the environment setup script
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case "$VIV_COLOR_SCHEME" in
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default)
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CLR_OFF='tput sgr0'
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ERR_CLR='tput setaf 1'
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WARN_CLR='tput setaf 3'
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INFO_CLR='tput setaf 6'
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;;
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*)
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CLR_OFF=''
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ERR_CLR=$CLR_OFF
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WARN_CLR=$CLR_OFF
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INFO_CLR=$CLR_OFF
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esac
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# Display output string colorized
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function print_color {
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case $line in
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*Fatal:*|*Failure:*)
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eval $ERR_CLR; echo "$line"; eval $CLR_OFF
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;;
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*Error:*|*Error[[:space:]]\(suppressible\):*)
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eval $ERR_CLR; echo "$line"; eval $CLR_OFF
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;;
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*Warning:*)
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eval $WARN_CLR; echo "$line"; eval $CLR_OFF
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;;
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*Info:*|*Note:*)
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eval $INFO_CLR; echo "$line"; eval $CLR_OFF
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;;
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*)
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echo "$line"
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esac
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}
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#------------------------------------------
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# Launch ModelSim
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#------------------------------------------
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# Using -voptargs=+acc makes everything visible in the simulator for GUI mode
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# and avoids some cases where simulation mismatch could otherwise occur.
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# Setting -onfinish to "stop" prevents the simulator from immediately trying to
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# exit when finish() is called. This is annoying in the GUI and important for
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# error detection in batch mode.
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MSIM_DEFAULT="-voptargs=+acc -quiet -L unisims_ver -onfinish stop"
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# DO file to execute in batch mode. This script runs the simulation and adds
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# detection of error/failure assertions so that non-zero values are returned by
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# ModelSim when the testbench doesn't pass. Calling std.env.finish() or
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# $finish() will return 0. Detecting $fatal() requires that -onfinish be set to
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# stop so the simulator doesn't quit before the DO file finishes.
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DO_SCRIPT="\
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quietly set BreakOnAssertion 2 ;\
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quietly set SIM_ERROR 0 ;\
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onbreak { ;\
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quietly set FINISH [lindex [runStatus -full] 2] ;\
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if {\$FINISH eq \"unknown\"} { set SIM_ERROR 255 } ;\
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} ;\
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onerror { set SIM_ERROR 255 } ;\
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run -all ;\
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quit -force -code \$SIM_ERROR ;\
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"
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# Use specified modelsim.ini, if set
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if [[ -z $MSIM_MODELSIM_INI ]]; then
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MODELSIMINI_ARG=""
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else
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MODELSIMINI_ARG="-modelsimini $MSIM_MODELSIM_INI"
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fi
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cd $MSIM_PROJ_DIR
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# Generate the library options string
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MSIM_LIB_ARGS=
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for lib in $MSIM_LIBS
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do
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MSIM_LIB_ARGS+="-L $lib "
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done
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if [ $MSIM_MODE == "gui" ]; then
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echo "* Launching ModelSim"
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vsim $MSIM_DEFAULT $MODELSIMINI_ARG $MSIM_ARGS $MSIM_LIB_ARGS $MSIM_SIM_TOP 2>&1 | while IFS= read -r line; do
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print_color $line
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done
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exit_status=${PIPESTATUS[0]}
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if [ ${exit_status} -ne 0 ]; then exit ${exit_status}; fi
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elif [ $MSIM_MODE == "batch" ]; then
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echo "* Launching ModelSim"
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vsim -batch -do "$DO_SCRIPT" $MODELSIMINI_ARG $MSIM_DEFAULT $MSIM_ARGS $MSIM_LIB_ARGS $MSIM_SIM_TOP 2>&1 | while IFS= read -r line; do
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print_color $line
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done
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exit_status=${PIPESTATUS[0]}
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if [ ${exit_status} -ne 0 ]; then exit ${exit_status}; fi
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fi
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