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# Parameters:
# - VKREPLAY_BINARY: VulkanTools tool for replaying traces
# - VKREPLAY_TRACE_FOLDER
#
# Trace folder should contain:
# - trace files named as: <name>.vktrace
# - trace frame files named as: <name>.vktrace.validate
# - contains comma separated list of frames to validate
# For example:
# - dota2-tutorial:1080p:high.vktrace
# - dota2-tutorial:1080p:high.vktrace.validate
#
# Convention is to separate test-case name, resolution and render quality level
# in <name> with a colon character.
test -d "${VKREPLAY_TRACE_FOLDER}" || return 1
test -x "${VKREPLAY_BINARY}" || return 1
# 1 argument: $trace
function __vkreplay_validate_run__ {
local trace=$1
local frame
local oldname
local newname
local sha
output=${run_log_file}_tmp
mkdir -p "$output"
pushd "$output" >/dev/null
# for now, vktrace supports just one frame
frame=$(head -1 "${trace}.validate"|cut -d, -f1)
run_bench 0 "${VKREPLAY_BINARY}" -s ${frame}-1-1 -o "$trace" >/dev/null 2>&1
oldname=$frame.ppm
if [ \! -f "$oldname" ]; then
touch "$oldname"
echo "ERROR: no image; Vulkan replay failure, or screenshot layer missing!" 1>&2
fi
# store file under its own SHA to get free de-duplication
sha=$(sha1sum $oldname | cut -d' ' -f1)
newname=$sha.png
convert $oldname ../$newname
echo "$frame,$newname"
popd >/dev/null
rm -r "$output"
}
for framefile in "${VKREPLAY_TRACE_FOLDER}/"*.validate; do
trace=${framefile%.validate}
test -f "$trace" || continue
name=${trace##*/}
name="vkreplay:validate:${name%.vktrace}"
eval "${name}_run() { __vkreplay_validate_run__ ${trace}; }"
test_name="$test_name $name"
done
# can't know how much arbitrary trace file takes
test_exec_time=10
# smaller diff is better
test_invert=1
# for image validation
test_unit="imgs"
test_type="imgval"
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