in infra/bots/gen_tasks_logic/nano_flags.go [14:404]
func (b *taskBuilder) nanobenchFlags(doUpload bool) {
args := []string{
"nanobench",
"--pre_log",
}
if b.gpu() {
args = append(args, "--gpuStatsDump", "true")
}
configs := []string{}
if b.cpu() {
args = append(args, "--nogpu")
configs = append(configs, "8888", "nonrendering")
if b.extraConfig("BonusConfigs") {
configs = []string{
"f16",
"srgb-rgba",
"srgb-f16",
"narrow-rgba",
"narrow-f16",
}
}
if b.model("Nexus7") {
args = append(args, "--purgeBetweenBenches") // Debugging skia:8929
}
} else if b.gpu() {
args = append(args, "--nocpu")
glPrefix := "gl"
sampleCount := 8
if b.matchOs("Android") || b.os("iOS") {
sampleCount = 4
glPrefix = "gles"
// iOS crashes with MSAA (skia:6399)
// Nexus7 (Tegra3) does not support MSAA.
// MSAA is disabled on Pixel3a (https://b.corp.google.com/issues/143074513).
// MSAA is disabled on Pixel5 (https://skbug.com/11152).
if b.os("iOS") || b.model("Nexus7", "Pixel3a", "Pixel5") {
sampleCount = 0
}
} else if b.matchGpu("AppleM") {
sampleCount = 4
} else if b.matchGpu("Intel") {
// MSAA doesn't work well on Intel GPUs chromium:527565, chromium:983926
if b.gpu("IntelIrisXe") && b.matchOs("Win") && b.extraConfig("ANGLE") {
// Make an exception for newer GPUs + D3D
args = append(args, "--allowMSAAOnNewIntel", "true")
} else {
sampleCount = 0
}
} else if b.os("ChromeOS") {
glPrefix = "gles"
}
configs = append(configs, glPrefix, "srgb-"+glPrefix)
if b.os("Ubuntu18") && b.noExtraConfig() {
configs = append(configs, glPrefix+"reducedshaders")
}
// narrow-gl/gles tests the case of color converting *all* content
// It hangs on the AndroidOne (Mali400) skia:10669
if !b.gpu("Mali400MP2") {
configs = append(configs, "narrow-"+glPrefix)
}
// skia:10644 The fake ES2 config is used to compare highest available ES version to
// when we're limited to ES2. We could consider adding a MSAA fake config as well.
if b.matchOs("Android") && glPrefix == "gles" {
// These only support ES2. No point in running twice.
if !b.gpu("Mali400MP2", "Tegra3") {
configs = append(configs, "glesfakev2")
}
}
if sampleCount > 0 {
configs = append(configs, fmt.Sprintf("%smsaa%d", glPrefix, sampleCount))
if b.matchGpu("QuadroP400", "MaliG77", "AppleM") {
configs = append(configs, fmt.Sprintf("%sdmsaa", glPrefix))
}
}
// We want to test both the OpenGL config and the GLES config on Linux Intel:
// GL is used by Chrome, GLES is used by ChromeOS.
if b.matchGpu("Intel") && b.isLinux() {
configs = append(configs, "gles", "srgb-gles")
}
if b.extraConfig("Vulkan") {
configs = []string{"vk"}
if !b.matchOs("Android") {
// MSAA doesn't work well on Intel GPUs chromium:527565, chromium:983926, skia:9023
if !b.matchGpu("Intel") {
configs = append(configs, "vkmsaa8")
}
}
if b.gpu("QuadroP400", "MaliG77") {
configs = append(configs, "vkdmsaa")
}
}
if b.extraConfig("Metal") && !b.extraConfig("Graphite") {
configs = []string{"mtl"}
if b.os("iOS") || b.gpu("AppleM3") {
configs = append(configs, "mtlmsaa4")
} else {
configs = append(configs, "mtlmsaa8")
}
if b.model("iPhone11") {
configs = append(configs, "mtlreducedshaders")
}
}
if b.extraConfig("ANGLE") {
// Test only ANGLE configs.
configs = []string{"angle_d3d11_es2", "angle_d3d11_es3"}
if sampleCount > 0 {
configs = append(configs, fmt.Sprintf("angle_d3d11_es2_msaa%d", sampleCount))
configs = append(configs, fmt.Sprintf("angle_d3d11_es3_msaa%d", sampleCount))
}
if b.gpu("QuadroP400") {
// See skia:7823 and chromium:693090.
configs = append(configs, "angle_gl_es2")
configs = append(configs, "angle_gl_es3")
if sampleCount > 0 {
configs = append(configs, fmt.Sprintf("angle_gl_es2_msaa%d", sampleCount))
configs = append(configs, fmt.Sprintf("angle_gl_es3_msaa%d", sampleCount))
}
}
}
if b.extraConfig("Graphite") {
if b.extraConfig("Dawn") {
if b.extraConfig("D3D11") {
configs = []string{"grdawn_d3d11"}
}
if b.extraConfig("D3D12") {
configs = []string{"grdawn_d3d12"}
}
if b.extraConfig("Metal") {
configs = []string{"grdawn_mtl"}
}
if b.extraConfig("Vulkan") {
configs = []string{"grdawn_vk"}
}
if b.extraConfig("GL") {
configs = []string{"grdawn_gl"}
}
if b.extraConfig("GLES") {
configs = []string{"grdawn_gles"}
}
if b.extraConfig("TintIR") {
args = append(args, "--useTintIR")
}
}
if b.extraConfig("Native") {
if b.extraConfig("Metal") {
configs = []string{"grmtl"}
}
if b.extraConfig("Vulkan") {
configs = []string{"grvk"}
}
}
}
if b.os("ChromeOS") {
// Just run GLES for now - maybe add gles_msaa4 in the future
configs = []string{"gles"}
}
if b.extraConfig("SwiftShader") {
configs = []string{"vk", "vkdmsaa"}
}
}
args = append(args, "--config")
args = append(args, configs...)
// Use 4 internal msaa samples on mobile, AppleM*, and with Graphite, otherwise 8.
args = append(args, "--internalSamples")
if b.matchOs("Android") || b.os("iOS") || b.matchGpu("AppleM") || b.extraConfig("Graphite") {
args = append(args, "4")
} else {
args = append(args, "8")
}
// By default, we test with GPU threading enabled, unless specifically
// disabled.
if b.extraConfig("NoGPUThreads") {
args = append(args, "--gpuThreads", "0")
}
if b.debug() || b.extraConfig("ASAN") || b.extraConfig("Valgrind") {
args = append(args, "--loops", "1")
args = append(args, "--samples", "1")
// Ensure that the bot framework does not think we have timed out.
args = append(args, "--keepAlive", "true")
}
// Some people don't like verbose output.
verbose := false
match := []string{}
if b.matchOs("Android") {
// Segfaults when run as GPU bench. Very large texture?
match = append(match, "~blurroundrect")
match = append(match, "~patch_grid") // skia:2847
match = append(match, "~desk_carsvg")
}
if b.os("iOS") {
match = append(match, "~blurroundrect")
match = append(match, "~patch_grid") // skia:2847
match = append(match, "~desk_carsvg")
match = append(match, "~keymobi")
match = append(match, "~path_hairline")
match = append(match, "~GLInstancedArraysBench") // skia:4714
}
if b.os("iOS") && b.extraConfig("Metal") && !b.extraConfig("Graphite") {
// skia:9799
match = append(match, "~compositing_images_tile_size")
}
if b.matchGpu("Intel") && b.isLinux() && !b.extraConfig("Vulkan") {
// TODO(dogben): Track down what's causing bots to die.
verbose = true
}
if b.gpu("IntelHD405") && b.isLinux() && b.extraConfig("Vulkan") {
// skia:7322
match = append(match, "~desk_carsvg.skp_1")
match = append(match, "~desk_googlehome.skp")
match = append(match, "~desk_tiger8svg.skp_1")
match = append(match, "~desk_wowwiki.skp")
match = append(match, "~desk_ynevsvg.skp_1.1")
match = append(match, "~desk_nostroke_tiger8svg.skp")
match = append(match, "~keymobi_booking_com.skp_1")
match = append(match, "~keymobi_cnn_article.skp_1")
match = append(match, "~keymobi_forecast_io.skp_1")
match = append(match, "~keymobi_sfgate.skp_1")
match = append(match, "~keymobi_techcrunch_com.skp_1.1")
match = append(match, "~keymobi_techcrunch.skp_1.1")
match = append(match, "~svgparse_Seal_of_California.svg_1.1")
match = append(match, "~svgparse_NewYork-StateSeal.svg_1.1")
match = append(match, "~svgparse_Vermont_state_seal.svg_1")
match = append(match, "~tabl_gamedeksiam.skp_1.1")
match = append(match, "~tabl_pravda.skp_1")
match = append(match, "~top25desk_ebay_com.skp_1.1")
match = append(match, "~top25desk_ebay.skp_1.1")
}
if b.gpu("Tegra3") {
// skbug.com/338376730
match = append(match, "~GM_matrixconvolution_bigger")
match = append(match, "~GM_matrixconvolution_biggest")
}
if b.extraConfig("ASAN") && b.cpu() {
// floor2int_undef benches undefined behavior, so ASAN correctly complains.
match = append(match, "~^floor2int_undef$")
}
if b.model("Pixel3a") {
// skia:9413
match = append(match, "~^path_text$")
match = append(match, "~^path_text_clipped_uncached$")
}
if b.model("Pixel4XL") && b.extraConfig("Vulkan") {
// skia:9413?
match = append(match, "~^path_text_clipped_uncached$")
}
if b.model("Wembley") {
// These tests spin forever on the Wembley.
match = append(match, "~^create_backend_texture")
match = append(match, "~^draw_coverage")
match = append(match, "~^compositing_images")
}
if b.extraConfig("Graphite") && b.extraConfig("Dawn") {
if b.matchOs("Win10") && b.matchGpu("RadeonR9M470X") {
// The Dawn Win10 Radeon allocates too many Vulkan resources in bulk rect tests (b/318725123)
match = append(match, "~bulkrect_1000_grid_uniqueimages")
match = append(match, "~bulkrect_1000_random_uniqueimages")
}
}
if b.model(DONT_REDUCE_OPS_TASK_SPLITTING_MODELS...) {
args = append(args, "--dontReduceOpsTaskSplitting", "true")
}
if !b.isLinux() && b.extraConfig("Vulkan") && b.gpu("QuadroP400") {
// skia:14302 (desk_carsvg.skp hangs indefinitely on Windows QuadroP400 vkdmsaa configs)
match = append(match, "~desk_carsvg.skp")
}
if b.extraConfig("DMSAAStats") {
// Render tiled, single-frame skps with an extremely tall canvas that hopefully allows for
// us to tile most or all of the content.
args = append(args,
"--sourceType", "skp", "--clip", "0,0,1600,16384", "--GPUbenchTileW", "1600",
"--GPUbenchTileH", "512", "--samples", "1", "--loops", "1", "--config", "gldmsaa",
"--dmsaaStatsDump")
// Don't collect stats on the skps generated from vector content. We want these to actually
// trigger dmsaa.
match = append(match, "~svg", "~chalkboard", "~motionmark")
}
// We do not need or want to benchmark the decodes of incomplete images.
// In fact, in nanobench we assert that the full image decode succeeds.
match = append(match, "~inc0.gif")
match = append(match, "~inc1.gif")
match = append(match, "~incInterlaced.gif")
match = append(match, "~inc0.jpg")
match = append(match, "~incGray.jpg")
match = append(match, "~inc0.wbmp")
match = append(match, "~inc1.wbmp")
match = append(match, "~inc0.webp")
match = append(match, "~inc1.webp")
match = append(match, "~inc0.ico")
match = append(match, "~inc1.ico")
match = append(match, "~inc0.png")
match = append(match, "~inc1.png")
match = append(match, "~inc2.png")
match = append(match, "~inc12.png")
match = append(match, "~inc13.png")
match = append(match, "~inc14.png")
match = append(match, "~inc0.webp")
match = append(match, "~inc1.webp")
if len(match) > 0 {
args = append(args, "--match")
args = append(args, match...)
}
if verbose {
args = append(args, "--verbose")
}
// Add properties indicating which assets the task should use.
b.recipeProp("do_upload", fmt.Sprintf("%t", doUpload))
if !b.gpu() {
b.asset("skimage")
b.recipeProp("images", "true")
}
b.recipeProp("resources", "true")
if !b.os("iOS") {
b.asset("skp")
b.recipeProp("skps", "true")
}
if !b.extraConfig("Valgrind") {
b.asset("svg")
b.recipeProp("svgs", "true")
}
if b.cpu() && b.matchOs("Android") {
// TODO(borenet): Where do these come from?
b.recipeProp("textTraces", "true")
}
// These properties are plumbed through nanobench and into Perf results.
nanoProps := map[string]string{
"gitHash": specs.PLACEHOLDER_REVISION,
"issue": specs.PLACEHOLDER_ISSUE,
"patchset": specs.PLACEHOLDER_PATCHSET,
"patch_storage": specs.PLACEHOLDER_PATCH_STORAGE,
"swarming_bot_id": "${SWARMING_BOT_ID}",
"swarming_task_id": "${SWARMING_TASK_ID}",
}
if doUpload {
keysExclude := map[string]bool{
"role": true,
"test_filter": true,
}
keys := make([]string, 0, len(b.parts))
for k := range b.parts {
keys = append(keys, k)
}
sort.Strings(keys)
args = append(args, "--key")
for _, k := range keys {
// We had not been adding this to our traces for a long time. We then started doing
// performance data on an "OptimizeForSize" build. We didn't want to disrupt the
// existing traces, so we skip the configuration for Release builds.
if k == "configuration" && b.parts[k] == "Release" {
continue
}
if !keysExclude[k] {
args = append(args, k, b.parts[k])
}
}
}
// Finalize the nanobench flags and properties.
b.recipeProp("nanobench_flags", marshalJson(args))
b.recipeProp("nanobench_properties", marshalJson(nanoProps))
}