// Copyright 2016 The Chromium Authors. All rights reserved.
// Use of this source code is governed by a BSD-style license that can be
// found in the LICENSE file.
package main
/*
Generate the tasks.json file.
*/
import (
"encoding/json"
"flag"
"fmt"
"io/ioutil"
"os"
"path"
"path/filepath"
"regexp"
"runtime"
"sort"
"strconv"
"strings"
"time"
"github.com/skia-dev/glog"
"go.skia.org/infra/go/sklog"
"go.skia.org/infra/go/util"
"go.skia.org/infra/task_scheduler/go/specs"
)
const (
BUNDLE_RECIPES_NAME = "Housekeeper-PerCommit-BundleRecipes"
ISOLATE_SKIMAGE_NAME = "Housekeeper-PerCommit-IsolateSkImage"
ISOLATE_SKP_NAME = "Housekeeper-PerCommit-IsolateSKP"
ISOLATE_SVG_NAME = "Housekeeper-PerCommit-IsolateSVG"
ISOLATE_NDK_LINUX_NAME = "Housekeeper-PerCommit-IsolateAndroidNDKLinux"
ISOLATE_SDK_LINUX_NAME = "Housekeeper-PerCommit-IsolateAndroidSDKLinux"
ISOLATE_WIN_TOOLCHAIN_NAME = "Housekeeper-PerCommit-IsolateWinToolchain"
ISOLATE_WIN_VULKAN_SDK_NAME = "Housekeeper-PerCommit-IsolateWinVulkanSDK"
DEFAULT_OS_DEBIAN = "Debian-9.1"
DEFAULT_OS_LINUX_GCE = "Debian-9.2"
DEFAULT_OS_MAC = "Mac-10.13.3"
DEFAULT_OS_UBUNTU = "Ubuntu-14.04"
DEFAULT_OS_WIN = "Windows-2016Server-14393"
// Name prefix for upload jobs.
PREFIX_UPLOAD = "Upload"
)
var (
// "Constants"
// Top-level list of all jobs to run at each commit; loaded from
// jobs.json.
JOBS []string
// General configuration information.
CONFIG struct {
GsBucketCoverage string `json:"gs_bucket_coverage"`
GsBucketGm string `json:"gs_bucket_gm"`
GsBucketNano string `json:"gs_bucket_nano"`
GsBucketCalm string `json:"gs_bucket_calm"`
NoUpload []string `json:"no_upload"`
Pool string `json:"pool"`
}
// alternateSwarmDimensions can be set in an init function to override the default swarming bot
// dimensions for the given task.
alternateSwarmDimensions func(parts map[string]string) []string
// internalHardwareLabelFn can be set in an init function to provide an
// internal_hardware_label variable to the recipe.
internalHardwareLabelFn func(parts map[string]string) *int
// Defines the structure of job names.
jobNameSchema *JobNameSchema
// Git 2.13.
cipdGit1 = &specs.CipdPackage{
Name: fmt.Sprintf("infra/git/${platform}"),
Path: "git",
Version: fmt.Sprintf("version:2.13.0.chromium9"),
}
cipdGit2 = &specs.CipdPackage{
Name: fmt.Sprintf("infra/tools/git/${platform}"),
Path: "git",
Version: fmt.Sprintf("git_revision:a78b5f3658c0578a017db48df97d20ac09822bcd"),
}
// Flags.
builderNameSchemaFile = flag.String("builder_name_schema", "", "Path to the builder_name_schema.json file. If not specified, uses infra/bots/recipe_modules/builder_name_schema/builder_name_schema.json from this repo.")
assetsDir = flag.String("assets_dir", "", "Directory containing assets.")
cfgFile = flag.String("cfg_file", "", "JSON file containing general configuration information.")
jobsFile = flag.String("jobs", "", "JSON file containing jobs to run.")
)
// internalHardwareLabel returns the internal ID for the bot, if any.
func internalHardwareLabel(parts map[string]string) *int {
if internalHardwareLabelFn != nil {
return internalHardwareLabelFn(parts)
}
return nil
}
// linuxGceDimensions are the Swarming dimensions for Linux GCE
// instances.
func linuxGceDimensions() []string {
return []string{
// Specify CPU to avoid running builds on bots with a more unique CPU.
"cpu:x86-64-Haswell_GCE",
"gpu:none",
fmt.Sprintf("os:%s", DEFAULT_OS_LINUX_GCE),
fmt.Sprintf("pool:%s", CONFIG.Pool),
}
}
// deriveCompileTaskName returns the name of a compile task based on the given
// job name.
func deriveCompileTaskName(jobName string, parts map[string]string) string {
if strings.Contains(jobName, "Bookmaker") {
return "Build-Debian9-GCC-x86_64-Release"
} else if parts["role"] == "Housekeeper" {
return "Build-Debian9-GCC-x86_64-Release-Shared"
} else if parts["role"] == "Test" || parts["role"] == "Perf" || parts["role"] == "Calmbench" {
task_os := parts["os"]
ec := []string{}
if val := parts["extra_config"]; val != "" {
ec = strings.Split(val, "_")
ignore := []string{"Skpbench", "AbandonGpuContext", "PreAbandonGpuContext", "Valgrind", "ReleaseAndAbandonGpuContext", "CCPR", "FSAA", "FAAA", "FDAA", "NativeFonts", "GDI", "NoGPUThreads"}
keep := make([]string, 0, len(ec))
for _, part := range ec {
if !util.In(part, ignore) {
keep = append(keep, part)
}
}
ec = keep
}
if task_os == "Android" {
if !util.In("Android", ec) {
ec = append([]string{"Android"}, ec...)
}
task_os = "Debian9"
} else if task_os == "Chromecast" {
task_os = "Debian9"
ec = append([]string{"Chromecast"}, ec...)
} else if strings.Contains(task_os, "ChromeOS") {
ec = append([]string{"Chromebook", "GLES"}, ec...)
task_os = "Debian9"
} else if task_os == "iOS" {
ec = append([]string{task_os}, ec...)
task_os = "Mac"
} else if strings.Contains(task_os, "Win") {
task_os = "Win"
} else if strings.Contains(task_os, "Ubuntu") || strings.Contains(task_os, "Debian") {
task_os = "Debian9"
}
jobNameMap := map[string]string{
"role": "Build",
"os": task_os,
"compiler": parts["compiler"],
"target_arch": parts["arch"],
"configuration": parts["configuration"],
}
if len(ec) > 0 {
jobNameMap["extra_config"] = strings.Join(ec, "_")
}
name, err := jobNameSchema.MakeJobName(jobNameMap)
if err != nil {
glog.Fatal(err)
}
return name
} else {
return jobName
}
}
// swarmDimensions generates swarming bot dimensions for the given task.
func swarmDimensions(parts map[string]string) []string {
if alternateSwarmDimensions != nil {
return alternateSwarmDimensions(parts)
}
return defaultSwarmDimensions(parts)
}
// defaultSwarmDimensions generates default swarming bot dimensions for the given task.
func defaultSwarmDimensions(parts map[string]string) []string {
d := map[string]string{
"pool": CONFIG.Pool,
}
if os, ok := parts["os"]; ok {
d["os"], ok = map[string]string{
"Android": "Android",
"Chromecast": "Android",
"ChromeOS": "ChromeOS",
"Debian9": DEFAULT_OS_DEBIAN,
"Mac": DEFAULT_OS_MAC,
"Ubuntu14": DEFAULT_OS_UBUNTU,
"Ubuntu16": "Ubuntu-16.10",
"Ubuntu17": "Ubuntu-17.04",
"Win": DEFAULT_OS_WIN,
"Win10": "Windows-10-16299.248",
"Win2k8": "Windows-2008ServerR2-SP1",
"Win2016": DEFAULT_OS_WIN,
"Win7": "Windows-7-SP1",
"Win8": "Windows-8.1-SP0",
"iOS": "iOS-10.3.1",
}[os]
if !ok {
glog.Fatalf("Entry %q not found in OS mapping.", os)
}
if os == "Win10" && parts["model"] == "Golo" {
// Golo/MTV lab bots have Windows 10 version 1703, whereas Skolo bots have Windows 10 version
// 1709.
d["os"] = "Windows-10-15063"
}
} else {
d["os"] = DEFAULT_OS_DEBIAN
}
if parts["role"] == "Test" || parts["role"] == "Perf" || parts["role"] == "Calmbench" {
if strings.Contains(parts["os"], "Android") || strings.Contains(parts["os"], "Chromecast") {
// For Android, the device type is a better dimension
// than CPU or GPU.
deviceInfo, ok := map[string][]string{
"AndroidOne": {"sprout", "MOB30Q"},
"Chorizo": {"chorizo", "1.30_109591"},
"GalaxyS6": {"zerofltetmo", "NRD90M_G920TUVU5FQK1"},
"GalaxyS7_G930A": {"heroqlteatt", "NRD90M_G930AUCS4BQC2"},
"GalaxyS7_G930FD": {"herolte", "NRD90M_G930FXXU1DQAS"},
"MotoG4": {"athene", "NPJ25.93-14"},
"NVIDIA_Shield": {"foster", "NRD90M_1915764_848"},
"Nexus5": {"hammerhead", "M4B30Z_3437181"},
"Nexus5x": {"bullhead", "OPR6.170623.023"},
"Nexus7": {"grouper", "LMY47V_1836172"}, // 2012 Nexus 7
"NexusPlayer": {"fugu", "OPR6.170623.021"},
"Pixel": {"sailfish", "OPM1.171019.016"},
"Pixel2XL": {"taimen", "OPD1.170816.023"},
"PixelC": {"dragon", "OPR1.170623.034"},
}[parts["model"]]
if !ok {
glog.Fatalf("Entry %q not found in Android mapping.", parts["model"])
}
d["device_type"] = deviceInfo[0]
d["device_os"] = deviceInfo[1]
// TODO(kjlubick): Remove the python dimension after we have removed the
// Nexus5x devices from the local lab (on Monday, Dec 11, 2017 should be fine).
d["python"] = "2.7.9" // This indicates a RPI, e.g. in Skolo. Golo is 2.7.12
if parts["model"] == "Nexus5x" {
d["python"] = "2.7.12"
}
} else if strings.Contains(parts["os"], "iOS") {
device, ok := map[string]string{
"iPadMini4": "iPad5,1",
"iPhone6": "iPhone7,2",
"iPhone7": "iPhone9,1",
"iPadPro": "iPad6,3",
}[parts["model"]]
if !ok {
glog.Fatalf("Entry %q not found in iOS mapping.", parts["model"])
}
d["device"] = device
} else if parts["cpu_or_gpu"] == "CPU" {
modelMapping, ok := map[string]map[string]string{
"AVX": {
"MacMini7.1": "x86-64-E5-2697_v2",
"Golo": "x86-64-E5-2670",
},
"AVX2": {
"GCE": "x86-64-Haswell_GCE",
"NUC5i7RYH": "x86-64-i7-5557U",
},
"AVX512": {
"GCE": "x86-64-Skylake_GCE",
},
}[parts["cpu_or_gpu_value"]]
if !ok {
glog.Fatalf("Entry %q not found in CPU mapping.", parts["cpu_or_gpu_value"])
}
cpu, ok := modelMapping[parts["model"]]
if !ok {
glog.Fatalf("Entry %q not found in %q model mapping.", parts["model"], parts["cpu_or_gpu_value"])
}
d["cpu"] = cpu
if parts["model"] == "GCE" && d["os"] == DEFAULT_OS_DEBIAN {
d["os"] = DEFAULT_OS_LINUX_GCE
}
if parts["model"] == "GCE" && d["os"] == DEFAULT_OS_WIN {
// Use normal-size machines for Test and Perf tasks on Win GCE.
d["machine_type"] = "n1-standard-16"
}
} else {
if strings.Contains(parts["os"], "Win") {
gpu, ok := map[string]string{
"GT610": "10de:104a-22.21.13.8205",
"GTX1070": "10de:1ba1-23.21.13.9101",
"GTX660": "10de:11c0-23.21.13.9101",
"GTX960": "10de:1401-23.21.13.9101",
"IntelHD4400": "8086:0a16-20.19.15.4835",
"IntelIris540": "8086:1926-21.20.16.4590",
"IntelIris6100": "8086:162b-20.19.15.4835",
"RadeonHD7770": "1002:683d-23.20.15017.4003",
"RadeonR9M470X": "1002:6646-23.20.15017.4003",
"QuadroP400": "10de:1cb3-22.21.13.8205",
}[parts["cpu_or_gpu_value"]]
if !ok {
glog.Fatalf("Entry %q not found in Win GPU mapping.", parts["cpu_or_gpu_value"])
}
d["gpu"] = gpu
// Specify cpu dimension for NUCs and ShuttleCs. We temporarily have two
// types of machines with a GTX960.
cpu, ok := map[string]string{
"NUC6i7KYK": "x86-64-i7-6770HQ",
"ShuttleC": "x86-64-i7-6700K",
}[parts["model"]]
if ok {
d["cpu"] = cpu
}
} else if strings.Contains(parts["os"], "Ubuntu") || strings.Contains(parts["os"], "Debian") {
gpu, ok := map[string]string{
// Intel drivers come from CIPD, so no need to specify the version here.
"IntelBayTrail": "8086:0f31",
"IntelHD2000": "8086:0102",
"IntelHD405": "8086:22b1",
"IntelIris640": "8086:5926",
"QuadroP400": "10de:1cb3-384.59",
}[parts["cpu_or_gpu_value"]]
if !ok {
glog.Fatalf("Entry %q not found in Ubuntu GPU mapping.", parts["cpu_or_gpu_value"])
}
d["gpu"] = gpu
} else if strings.Contains(parts["os"], "Mac") {
gpu, ok := map[string]string{
"IntelHD6000": "8086:1626",
"IntelHD615": "8086:591e",
"IntelIris5100": "8086:0a2e",
}[parts["cpu_or_gpu_value"]]
if !ok {
glog.Fatalf("Entry %q not found in Mac GPU mapping.", parts["cpu_or_gpu_value"])
}
d["gpu"] = gpu
// Yuck. We have two different types of MacMini7,1 with the same GPU but different CPUs.
if parts["cpu_or_gpu_value"] == "IntelIris5100" {
// Run all tasks on Golo machines for now.
d["cpu"] = "x86-64-i7-4578U"
}
} else if strings.Contains(parts["os"], "ChromeOS") {
version, ok := map[string]string{
"MaliT604": "9901.12.0",
"MaliT764": "10172.0.0",
"MaliT860": "10172.0.0",
"PowerVRGX6250": "10176.5.0",
"TegraK1": "10172.0.0",
"IntelHDGraphics615": "10032.17.0",
}[parts["cpu_or_gpu_value"]]
if !ok {
glog.Fatalf("Entry %q not found in ChromeOS GPU mapping.", parts["cpu_or_gpu_value"])
}
d["gpu"] = parts["cpu_or_gpu_value"]
d["release_version"] = version
} else {
glog.Fatalf("Unknown GPU mapping for OS %q.", parts["os"])
}
}
} else {
d["gpu"] = "none"
if d["os"] == DEFAULT_OS_DEBIAN {
return linuxGceDimensions()
} else if d["os"] == DEFAULT_OS_WIN {
// Windows CPU bots.
d["cpu"] = "x86-64-Haswell_GCE"
// Use many-core machines for Build tasks on Win GCE, except for Goma.
if strings.Contains(parts["extra_config"], "Goma") {
d["machine_type"] = "n1-standard-16"
} else {
d["machine_type"] = "n1-highcpu-64"
}
} else if d["os"] == DEFAULT_OS_MAC {
// Mac CPU bots.
d["cpu"] = "x86-64-E5-2697_v2"
}
}
rv := make([]string, 0, len(d))
for k, v := range d {
rv = append(rv, fmt.Sprintf("%s:%s", k, v))
}
sort.Strings(rv)
return rv
}
// relpath returns the relative path to the given file from the config file.
func relpath(f string) string {
_, filename, _, _ := runtime.Caller(0)
dir := path.Dir(filename)
rel := dir
if *cfgFile != "" {
rel = path.Dir(*cfgFile)
}
rv, err := filepath.Rel(rel, path.Join(dir, f))
if err != nil {
sklog.Fatal(err)
}
return rv
}
// bundleRecipes generates the task to bundle and isolate the recipes.
func bundleRecipes(b *specs.TasksCfgBuilder) string {
b.MustAddTask(BUNDLE_RECIPES_NAME, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{cipdGit1, cipdGit2},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "bundle_recipes",
fmt.Sprintf("buildername=%s", BUNDLE_RECIPES_NAME),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
},
Isolate: relpath("bundle_recipes.isolate"),
Priority: 0.7,
})
return BUNDLE_RECIPES_NAME
}
// useBundledRecipes returns true iff the given bot should use bundled recipes
// instead of syncing recipe DEPS itself.
func useBundledRecipes(parts map[string]string) bool {
// Use bundled recipes for all test/perf tasks.
return true
}
type isolateAssetCfg struct {
isolateFile string
cipdPkg string
}
var ISOLATE_ASSET_MAPPING = map[string]isolateAssetCfg{
ISOLATE_SKIMAGE_NAME: {
isolateFile: "isolate_skimage.isolate",
cipdPkg: "skimage",
},
ISOLATE_SKP_NAME: {
isolateFile: "isolate_skp.isolate",
cipdPkg: "skp",
},
ISOLATE_SVG_NAME: {
isolateFile: "isolate_svg.isolate",
cipdPkg: "svg",
},
ISOLATE_NDK_LINUX_NAME: {
isolateFile: "isolate_ndk_linux.isolate",
cipdPkg: "android_ndk_linux",
},
ISOLATE_SDK_LINUX_NAME: {
isolateFile: "isolate_android_sdk_linux.isolate",
cipdPkg: "android_sdk_linux",
},
ISOLATE_WIN_TOOLCHAIN_NAME: {
isolateFile: "isolate_win_toolchain.isolate",
cipdPkg: "win_toolchain",
},
ISOLATE_WIN_VULKAN_SDK_NAME: {
isolateFile: "isolate_win_vulkan_sdk.isolate",
cipdPkg: "win_vulkan_sdk",
},
}
// bundleRecipes generates the task to bundle and isolate the recipes.
func isolateCIPDAsset(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{
b.MustGetCipdPackageFromAsset(ISOLATE_ASSET_MAPPING[name].cipdPkg),
},
Dimensions: linuxGceDimensions(),
Isolate: relpath(ISOLATE_ASSET_MAPPING[name].isolateFile),
Priority: 0.7,
})
return name
}
// getIsolatedCIPDDeps returns the slice of Isolate_* tasks a given task needs.
// This allows us to save time on I/O bound bots, like the RPIs.
func getIsolatedCIPDDeps(parts map[string]string) []string {
deps := []string{}
// Only do this on the RPIs for now. Other, faster machines shouldn't see much
// benefit and we don't need the extra complexity, for now
rpiOS := []string{"Android", "ChromeOS", "iOS"}
if o := parts["os"]; strings.Contains(o, "Chromecast") {
// Chromecasts don't have enough disk space to fit all of the content,
// so we do a subset of the skps.
deps = append(deps, ISOLATE_SKP_NAME)
} else if e := parts["extra_config"]; strings.Contains(e, "Skpbench") {
// Skpbench only needs skps
deps = append(deps, ISOLATE_SKP_NAME)
} else if util.In(o, rpiOS) {
deps = append(deps, ISOLATE_SKP_NAME)
deps = append(deps, ISOLATE_SVG_NAME)
deps = append(deps, ISOLATE_SKIMAGE_NAME)
}
return deps
}
// compile generates a compile task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func compile(b *specs.TasksCfgBuilder, name string, parts map[string]string) string {
// Collect the necessary CIPD packages.
pkgs := []*specs.CipdPackage{}
deps := []string{}
// Android bots require a toolchain.
if strings.Contains(name, "Android") {
if parts["extra_config"] == "Android_Framework" {
// Do not need a toolchain when building the
// Android Framework.
} else if strings.Contains(name, "Mac") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("android_ndk_darwin"))
} else if strings.Contains(name, "Win") {
pkg := b.MustGetCipdPackageFromAsset("android_ndk_windows")
pkg.Path = "n"
pkgs = append(pkgs, pkg)
} else {
deps = append(deps, isolateCIPDAsset(b, ISOLATE_NDK_LINUX_NAME))
}
} else if strings.Contains(name, "Chromecast") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("cast_toolchain"))
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("chromebook_arm_gles"))
} else if strings.Contains(name, "Chromebook") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("clang_linux"))
if parts["target_arch"] == "x86_64" {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("chromebook_x86_64_gles"))
} else if parts["target_arch"] == "arm" {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("armhf_sysroot"))
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("chromebook_arm_gles"))
}
} else if strings.Contains(name, "Debian") {
if strings.Contains(name, "Clang") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("clang_linux"))
}
if strings.Contains(name, "Vulkan") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("linux_vulkan_sdk"))
}
if strings.Contains(name, "EMCC") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("emscripten_sdk"))
}
} else if strings.Contains(name, "Win") {
deps = append(deps, isolateCIPDAsset(b, ISOLATE_WIN_TOOLCHAIN_NAME))
if strings.Contains(name, "Clang") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("clang_win"))
}
if strings.Contains(name, "Vulkan") {
deps = append(deps, isolateCIPDAsset(b, ISOLATE_WIN_VULKAN_SDK_NAME))
}
}
dimensions := swarmDimensions(parts)
// Add the task.
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: pkgs,
Dimensions: dimensions,
Dependencies: deps,
ExtraArgs: []string{
"--workdir", "../../..", "compile",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("compile_skia.isolate"),
Priority: 0.8,
})
// All compile tasks are runnable as their own Job. Assert that the Job
// is listed in JOBS.
if !util.In(name, JOBS) {
glog.Fatalf("Job %q is missing from the JOBS list!", name)
}
// Upload the skiaserve binary only for Linux Android compile bots.
// See skbug.com/7399 for context.
if parts["configuration"] == "Release" &&
parts["extra_config"] == "Android" &&
!strings.Contains(parts["os"], "Win") &&
!strings.Contains(parts["os"], "Mac") {
uploadName := fmt.Sprintf("%s%s%s", PREFIX_UPLOAD, jobNameSchema.Sep, name)
b.MustAddTask(uploadName, &specs.TaskSpec{
Dependencies: []string{name},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "upload_skiaserve",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
// We're using the same isolate as upload_dm_results
Isolate: relpath("upload_dm_results.isolate"),
Priority: 0.8,
})
return uploadName
}
return name
}
// recreateSKPs generates a RecreateSKPs task. Returns the name of the last
// task in the generated chain of tasks, which the Job should add as a
// dependency.
func recreateSKPs(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{b.MustGetCipdPackageFromAsset("go")},
Dimensions: linuxGceDimensions(),
ExecutionTimeout: 4 * time.Hour,
ExtraArgs: []string{
"--workdir", "../../..", "recreate_skps",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
IoTimeout: 40 * time.Minute,
Isolate: relpath("compile_skia.isolate"),
Priority: 0.8,
})
return name
}
// updateMetaConfig generates a UpdateMetaConfig task. Returns the name of the
// last task in the generated chain of tasks, which the Job should add as a
// dependency.
func updateMetaConfig(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "update_meta_config",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("meta_config.isolate"),
Priority: 0.8,
})
return name
}
// ctSKPs generates a CT SKPs task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func ctSKPs(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{},
Dimensions: []string{
"pool:SkiaCT",
fmt.Sprintf("os:%s", DEFAULT_OS_LINUX_GCE),
},
ExecutionTimeout: 24 * time.Hour,
ExtraArgs: []string{
"--workdir", "../../..", "ct_skps",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
IoTimeout: time.Hour,
Isolate: relpath("ct_skps_skia.isolate"),
Priority: 0.8,
})
return name
}
// checkGeneratedFiles verifies that no generated SKSL files have been edited
// by hand.
func checkGeneratedFiles(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "check_generated_files",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("compile_skia.isolate"),
Priority: 0.8,
})
return name
}
// housekeeper generates a Housekeeper task. Returns the name of the last task
// in the generated chain of tasks, which the Job should add as a dependency.
func housekeeper(b *specs.TasksCfgBuilder, name, compileTaskName string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{b.MustGetCipdPackageFromAsset("go")},
Dependencies: []string{compileTaskName},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "housekeeper",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("housekeeper_skia.isolate"),
Priority: 0.8,
})
return name
}
// bookmaker generates a Bookmaker task. Returns the name of the last task
// in the generated chain of tasks, which the Job should add as a dependency.
func bookmaker(b *specs.TasksCfgBuilder, name, compileTaskName string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{b.MustGetCipdPackageFromAsset("go")},
Dependencies: []string{compileTaskName},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "bookmaker",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("compile_skia.isolate"),
Priority: 0.8,
ExecutionTimeout: 2 * time.Hour,
IoTimeout: 2 * time.Hour,
})
return name
}
// androidFrameworkCompile generates an Android Framework Compile task. Returns
// the name of the last task in the generated chain of tasks, which the Job
// should add as a dependency.
func androidFrameworkCompile(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "android_compile",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("compile_skia.isolate"),
Priority: 0.8,
})
return name
}
// infra generates an infra_tests task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func infra(b *specs.TasksCfgBuilder, name string) string {
b.MustAddTask(name, &specs.TaskSpec{
CipdPackages: []*specs.CipdPackage{b.MustGetCipdPackageFromAsset("go")},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "infra",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("infra_skia.isolate"),
Priority: 0.8,
})
return name
}
func getParentRevisionName(compileTaskName string, parts map[string]string) string {
if parts["extra_config"] == "" {
return compileTaskName + "-ParentRevision"
} else {
return compileTaskName + "_ParentRevision"
}
}
// calmbench generates a calmbench task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func calmbench(b *specs.TasksCfgBuilder, name string, parts map[string]string, compileTaskName string, compileParentName string) string {
s := &specs.TaskSpec{
Dependencies: []string{compileTaskName, compileParentName},
CipdPackages: []*specs.CipdPackage{b.MustGetCipdPackageFromAsset("clang_linux")},
Dimensions: swarmDimensions(parts),
ExtraArgs: []string{
"--workdir", "../../..", "calmbench",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
Isolate: relpath("calmbench.isolate"),
Priority: 0.8,
}
s.Dependencies = append(s.Dependencies, ISOLATE_SKP_NAME, ISOLATE_SVG_NAME)
b.MustAddTask(name, s)
// Upload results if necessary.
if strings.Contains(name, "Release") && doUpload(name) {
uploadName := fmt.Sprintf("%s%s%s", PREFIX_UPLOAD, jobNameSchema.Sep, name)
b.MustAddTask(uploadName, &specs.TaskSpec{
Dependencies: []string{name},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "upload_calmbench_results",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
fmt.Sprintf("gs_bucket=%s", CONFIG.GsBucketCalm),
},
// We're using the same isolate as upload_nano_results
Isolate: relpath("upload_nano_results.isolate"),
Priority: 0.8,
})
return uploadName
}
return name
}
// doUpload indicates whether the given Job should upload its results.
func doUpload(name string) bool {
for _, s := range CONFIG.NoUpload {
m, err := regexp.MatchString(s, name)
if err != nil {
glog.Fatal(err)
}
if m {
return false
}
}
return true
}
// test generates a Test task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func test(b *specs.TasksCfgBuilder, name string, parts map[string]string, compileTaskName string, pkgs []*specs.CipdPackage) string {
deps := []string{compileTaskName}
if strings.Contains(name, "Android_ASAN") {
deps = append(deps, isolateCIPDAsset(b, ISOLATE_NDK_LINUX_NAME))
}
s := &specs.TaskSpec{
CipdPackages: pkgs,
Dependencies: deps,
Dimensions: swarmDimensions(parts),
ExecutionTimeout: 4 * time.Hour,
Expiration: 20 * time.Hour,
ExtraArgs: []string{
"--workdir", "../../..", "test",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildbucket_build_id=%s", specs.PLACEHOLDER_BUILDBUCKET_BUILD_ID),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
IoTimeout: 40 * time.Minute,
Isolate: relpath("test_skia.isolate"),
MaxAttempts: 1,
Priority: 0.8,
}
if useBundledRecipes(parts) {
s.Dependencies = append(s.Dependencies, BUNDLE_RECIPES_NAME)
if strings.Contains(parts["os"], "Win") {
s.Isolate = relpath("test_skia_bundled_win.isolate")
} else {
s.Isolate = relpath("test_skia_bundled_unix.isolate")
}
}
if deps := getIsolatedCIPDDeps(parts); len(deps) > 0 {
s.Dependencies = append(s.Dependencies, deps...)
}
if strings.Contains(parts["extra_config"], "Valgrind") {
s.ExecutionTimeout = 9 * time.Hour
s.Expiration = 48 * time.Hour
s.IoTimeout = time.Hour
s.CipdPackages = append(s.CipdPackages, b.MustGetCipdPackageFromAsset("valgrind"))
s.Dimensions = append(s.Dimensions, "valgrind:1")
} else if strings.Contains(parts["extra_config"], "MSAN") {
s.ExecutionTimeout = 9 * time.Hour
} else if parts["arch"] == "x86" && parts["configuration"] == "Debug" {
// skia:6737
s.ExecutionTimeout = 6 * time.Hour
}
iid := internalHardwareLabel(parts)
if iid != nil {
s.ExtraArgs = append(s.ExtraArgs, fmt.Sprintf("internal_hardware_label=%d", *iid))
}
b.MustAddTask(name, s)
// Upload results if necessary. TODO(kjlubick): If we do coverage analysis at the same
// time as normal tests (which would be nice), cfg.json needs to have Coverage removed.
if doUpload(name) {
uploadName := fmt.Sprintf("%s%s%s", PREFIX_UPLOAD, jobNameSchema.Sep, name)
b.MustAddTask(uploadName, &specs.TaskSpec{
Dependencies: []string{name},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "upload_dm_results",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
fmt.Sprintf("gs_bucket=%s", CONFIG.GsBucketGm),
},
Isolate: relpath("upload_dm_results.isolate"),
Priority: 0.8,
})
return uploadName
}
return name
}
func coverage(b *specs.TasksCfgBuilder, name string, parts map[string]string, compileTaskName string, pkgs []*specs.CipdPackage) string {
shards := 1
deps := []string{}
tf := parts["test_filter"]
if strings.Contains(tf, "Shard") {
// Expected Shard_NN
shardstr := strings.Split(tf, "_")[1]
var err error
shards, err = strconv.Atoi(shardstr)
if err != nil {
glog.Fatalf("Expected int for number of shards %q in %s: %s", shardstr, name, err)
}
}
for i := 0; i < shards; i++ {
n := strings.Replace(name, tf, fmt.Sprintf("shard_%02d_%02d", i, shards), 1)
s := &specs.TaskSpec{
CipdPackages: pkgs,
Dependencies: []string{compileTaskName},
Dimensions: swarmDimensions(parts),
ExecutionTimeout: 4 * time.Hour,
Expiration: 20 * time.Hour,
ExtraArgs: []string{
"--workdir", "../../..", "test",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", n),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
IoTimeout: 40 * time.Minute,
Isolate: relpath("test_skia.isolate"),
MaxAttempts: 1,
Priority: 0.8,
}
if useBundledRecipes(parts) {
s.Dependencies = append(s.Dependencies, BUNDLE_RECIPES_NAME)
if strings.Contains(parts["os"], "Win") {
s.Isolate = relpath("test_skia_bundled_win.isolate")
} else {
s.Isolate = relpath("test_skia_bundled_unix.isolate")
}
}
if deps := getIsolatedCIPDDeps(parts); len(deps) > 0 {
s.Dependencies = append(s.Dependencies, deps...)
}
b.MustAddTask(n, s)
deps = append(deps, n)
}
uploadName := fmt.Sprintf("%s%s%s", "Upload", jobNameSchema.Sep, name)
// We need clang_linux to get access to the llvm-profdata and llvm-cov binaries
// which are used to deal with the raw coverage data output by the Test step.
pkgs = append([]*specs.CipdPackage{}, b.MustGetCipdPackageFromAsset("clang_linux"))
deps = append(deps, compileTaskName)
b.MustAddTask(uploadName, &specs.TaskSpec{
// A dependency on compileTaskName makes the TaskScheduler link the
// isolated output of the compile step to the input of the upload step,
// which gives us access to the instrumented binary. The binary is
// needed to figure out symbol names and line numbers.
Dependencies: deps,
Dimensions: linuxGceDimensions(),
CipdPackages: pkgs,
ExtraArgs: []string{
"--workdir", "../../..", "upload_coverage_results",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
fmt.Sprintf("gs_bucket=%s", CONFIG.GsBucketCoverage),
},
Isolate: relpath("upload_coverage_results.isolate"),
Priority: 0.8,
})
return uploadName
}
// perf generates a Perf task. Returns the name of the last task in the
// generated chain of tasks, which the Job should add as a dependency.
func perf(b *specs.TasksCfgBuilder, name string, parts map[string]string, compileTaskName string, pkgs []*specs.CipdPackage) string {
recipe := "perf"
isolate := relpath("perf_skia.isolate")
if strings.Contains(parts["extra_config"], "Skpbench") {
recipe = "skpbench"
isolate = relpath("skpbench_skia.isolate")
if useBundledRecipes(parts) {
if strings.Contains(parts["os"], "Win") {
isolate = relpath("skpbench_skia_bundled_win.isolate")
} else {
isolate = relpath("skpbench_skia_bundled_unix.isolate")
}
}
} else if useBundledRecipes(parts) {
if strings.Contains(parts["os"], "Win") {
isolate = relpath("perf_skia_bundled_win.isolate")
} else {
isolate = relpath("perf_skia_bundled_unix.isolate")
}
}
s := &specs.TaskSpec{
CipdPackages: pkgs,
Dependencies: []string{compileTaskName},
Dimensions: swarmDimensions(parts),
ExecutionTimeout: 4 * time.Hour,
Expiration: 20 * time.Hour,
ExtraArgs: []string{
"--workdir", "../../..", recipe,
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
},
IoTimeout: 40 * time.Minute,
Isolate: isolate,
MaxAttempts: 1,
Priority: 0.8,
}
if useBundledRecipes(parts) {
s.Dependencies = append(s.Dependencies, BUNDLE_RECIPES_NAME)
}
if deps := getIsolatedCIPDDeps(parts); len(deps) > 0 {
s.Dependencies = append(s.Dependencies, deps...)
}
if strings.Contains(parts["extra_config"], "Valgrind") {
s.ExecutionTimeout = 9 * time.Hour
s.Expiration = 48 * time.Hour
s.IoTimeout = time.Hour
s.CipdPackages = append(s.CipdPackages, b.MustGetCipdPackageFromAsset("valgrind"))
s.Dimensions = append(s.Dimensions, "valgrind:1")
} else if strings.Contains(parts["extra_config"], "MSAN") {
s.ExecutionTimeout = 9 * time.Hour
} else if parts["arch"] == "x86" && parts["configuration"] == "Debug" {
// skia:6737
s.ExecutionTimeout = 6 * time.Hour
}
iid := internalHardwareLabel(parts)
if iid != nil {
s.ExtraArgs = append(s.ExtraArgs, fmt.Sprintf("internal_hardware_label=%d", *iid))
}
b.MustAddTask(name, s)
// Upload results if necessary.
if strings.Contains(name, "Release") && doUpload(name) {
uploadName := fmt.Sprintf("%s%s%s", PREFIX_UPLOAD, jobNameSchema.Sep, name)
b.MustAddTask(uploadName, &specs.TaskSpec{
Dependencies: []string{name},
Dimensions: linuxGceDimensions(),
ExtraArgs: []string{
"--workdir", "../../..", "upload_nano_results",
fmt.Sprintf("repository=%s", specs.PLACEHOLDER_REPO),
fmt.Sprintf("buildername=%s", name),
fmt.Sprintf("swarm_out_dir=%s", specs.PLACEHOLDER_ISOLATED_OUTDIR),
fmt.Sprintf("revision=%s", specs.PLACEHOLDER_REVISION),
fmt.Sprintf("patch_repo=%s", specs.PLACEHOLDER_PATCH_REPO),
fmt.Sprintf("patch_storage=%s", specs.PLACEHOLDER_PATCH_STORAGE),
fmt.Sprintf("patch_issue=%s", specs.PLACEHOLDER_ISSUE),
fmt.Sprintf("patch_set=%s", specs.PLACEHOLDER_PATCHSET),
fmt.Sprintf("gs_bucket=%s", CONFIG.GsBucketNano),
},
Isolate: relpath("upload_nano_results.isolate"),
Priority: 0.8,
})
return uploadName
}
return name
}
// process generates tasks and jobs for the given job name.
func process(b *specs.TasksCfgBuilder, name string) {
deps := []string{}
// Bundle Recipes.
if name == BUNDLE_RECIPES_NAME {
deps = append(deps, bundleRecipes(b))
}
// Isolate CIPD assets.
if _, ok := ISOLATE_ASSET_MAPPING[name]; ok {
deps = append(deps, isolateCIPDAsset(b, name))
}
parts, err := jobNameSchema.ParseJobName(name)
if err != nil {
glog.Fatal(err)
}
// RecreateSKPs.
if strings.Contains(name, "RecreateSKPs") {
deps = append(deps, recreateSKPs(b, name))
}
// UpdateMetaConfig bot.
if strings.Contains(name, "UpdateMetaConfig") {
deps = append(deps, updateMetaConfig(b, name))
}
// CT bots.
if strings.Contains(name, "-CT_") {
deps = append(deps, ctSKPs(b, name))
}
// Infra tests.
if name == "Housekeeper-PerCommit-InfraTests" {
deps = append(deps, infra(b, name))
}
// Compile bots.
if parts["role"] == "Build" {
if parts["extra_config"] == "Android_Framework" {
// Android Framework compile tasks use a different recipe.
deps = append(deps, androidFrameworkCompile(b, name))
} else {
deps = append(deps, compile(b, name, parts))
}
}
// Most remaining bots need a compile task.
compileTaskName := deriveCompileTaskName(name, parts)
compileTaskParts, err := jobNameSchema.ParseJobName(compileTaskName)
if err != nil {
glog.Fatal(err)
}
compileParentName := getParentRevisionName(compileTaskName, compileTaskParts)
compileParentParts, err := jobNameSchema.ParseJobName(compileParentName)
if err != nil {
glog.Fatal(err)
}
// These bots do not need a compile task.
if parts["role"] != "Build" &&
name != "Housekeeper-PerCommit-BundleRecipes" &&
name != "Housekeeper-PerCommit-InfraTests" &&
name != "Housekeeper-PerCommit-CheckGeneratedFiles" &&
!strings.Contains(name, "Android_Framework") &&
!strings.Contains(name, "RecreateSKPs") &&
!strings.Contains(name, "UpdateMetaConfig") &&
!strings.Contains(name, "-CT_") &&
!strings.Contains(name, "Housekeeper-PerCommit-Isolate") {
compile(b, compileTaskName, compileTaskParts)
if parts["role"] == "Calmbench" {
compile(b, compileParentName, compileParentParts)
}
}
// Housekeepers.
if name == "Housekeeper-PerCommit" {
deps = append(deps, housekeeper(b, name, compileTaskName))
}
if name == "Housekeeper-PerCommit-CheckGeneratedFiles" {
deps = append(deps, checkGeneratedFiles(b, name))
}
if strings.Contains(name, "Bookmaker") {
deps = append(deps, bookmaker(b, name, compileTaskName))
}
// Common assets needed by the remaining bots.
pkgs := []*specs.CipdPackage{}
if deps := getIsolatedCIPDDeps(parts); len(deps) == 0 {
pkgs = []*specs.CipdPackage{
b.MustGetCipdPackageFromAsset("skimage"),
b.MustGetCipdPackageFromAsset("skp"),
b.MustGetCipdPackageFromAsset("svg"),
}
}
if strings.Contains(name, "Ubuntu") || strings.Contains(name, "Debian") {
if strings.Contains(name, "SAN") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("clang_linux"))
}
if strings.Contains(name, "Vulkan") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("linux_vulkan_sdk"))
}
if strings.Contains(name, "Intel") && strings.Contains(name, "GPU") {
if strings.Contains(name, "Release") {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("linux_vulkan_intel_driver_release"))
} else {
pkgs = append(pkgs, b.MustGetCipdPackageFromAsset("linux_vulkan_intel_driver_debug"))
}
}
}
// Test bots.
if parts["role"] == "Test" {
if strings.Contains(parts["extra_config"], "Coverage") {
deps = append(deps, coverage(b, name, parts, compileTaskName, pkgs))
} else if !strings.Contains(name, "-CT_") {
deps = append(deps, test(b, name, parts, compileTaskName, pkgs))
}
}
// Perf bots.
if parts["role"] == "Perf" && !strings.Contains(name, "-CT_") {
deps = append(deps, perf(b, name, parts, compileTaskName, pkgs))
}
// Calmbench bots.
if parts["role"] == "Calmbench" {
deps = append(deps, calmbench(b, name, parts, compileTaskName, compileParentName))
}
// Add the Job spec.
j := &specs.JobSpec{
Priority: 0.8,
TaskSpecs: deps,
Trigger: specs.TRIGGER_ANY_BRANCH,
}
if strings.Contains(name, "-Nightly-") {
j.Trigger = specs.TRIGGER_NIGHTLY
} else if strings.Contains(name, "-Weekly-") || strings.Contains(name, "CT_DM_1m_SKPs") {
j.Trigger = specs.TRIGGER_WEEKLY
} else if strings.Contains(name, "Flutter") || strings.Contains(name, "PDFium") || strings.Contains(name, "CommandBuffer") {
j.Trigger = specs.TRIGGER_MASTER_ONLY
}
b.MustAddJob(name, j)
}
func loadJson(flag *string, defaultFlag string, val interface{}) {
if *flag == "" {
*flag = defaultFlag
}
b, err := ioutil.ReadFile(*flag)
if err != nil {
glog.Fatal(err)
}
if err := json.Unmarshal(b, val); err != nil {
glog.Fatal(err)
}
}
// Regenerate the tasks.json file.
func main() {
b := specs.MustNewTasksCfgBuilder()
b.SetAssetsDir(*assetsDir)
infraBots := path.Join(b.CheckoutRoot(), "infra", "bots")
// Load the jobs from a JSON file.
loadJson(jobsFile, path.Join(infraBots, "jobs.json"), &JOBS)
// Load general config information from a JSON file.
loadJson(cfgFile, path.Join(infraBots, "cfg.json"), &CONFIG)
// Create the JobNameSchema.
if *builderNameSchemaFile == "" {
*builderNameSchemaFile = path.Join(b.CheckoutRoot(), "infra", "bots", "recipe_modules", "builder_name_schema", "builder_name_schema.json")
}
schema, err := NewJobNameSchema(*builderNameSchemaFile)
if err != nil {
glog.Fatal(err)
}
jobNameSchema = schema
// Create Tasks and Jobs.
for _, name := range JOBS {
process(b, name)
}
b.MustFinish()
}
// TODO(borenet): The below really belongs in its own file, probably next to the
// builder_name_schema.json file.
// JobNameSchema is a struct used for (de)constructing Job names in a
// predictable format.
type JobNameSchema struct {
Schema map[string][]string `json:"builder_name_schema"`
Sep string `json:"builder_name_sep"`
}
// NewJobNameSchema returns a JobNameSchema instance based on the given JSON
// file.
func NewJobNameSchema(jsonFile string) (*JobNameSchema, error) {
var rv JobNameSchema
f, err := os.Open(jsonFile)
if err != nil {
return nil, err
}
defer util.Close(f)
if err := json.NewDecoder(f).Decode(&rv); err != nil {
return nil, err
}
return &rv, nil
}
// ParseJobName splits the given Job name into its component parts, according
// to the schema.
func (s *JobNameSchema) ParseJobName(n string) (map[string]string, error) {
split := strings.Split(n, s.Sep)
if len(split) < 2 {
return nil, fmt.Errorf("Invalid job name: %q", n)
}
role := split[0]
split = split[1:]
keys, ok := s.Schema[role]
if !ok {
return nil, fmt.Errorf("Invalid job name; %q is not a valid role.", role)
}
extraConfig := ""
if len(split) == len(keys)+1 {
extraConfig = split[len(split)-1]
split = split[:len(split)-1]
}
if len(split) != len(keys) {
return nil, fmt.Errorf("Invalid job name; %q has incorrect number of parts.", n)
}
rv := make(map[string]string, len(keys)+2)
rv["role"] = role
if extraConfig != "" {
rv["extra_config"] = extraConfig
}
for i, k := range keys {
rv[k] = split[i]
}
return rv, nil
}
// MakeJobName assembles the given parts of a Job name, according to the schema.
func (s *JobNameSchema) MakeJobName(parts map[string]string) (string, error) {
role, ok := parts["role"]
if !ok {
return "", fmt.Errorf("Invalid job parts; jobs must have a role.")
}
keys, ok := s.Schema[role]
if !ok {
return "", fmt.Errorf("Invalid job parts; unknown role %q", role)
}
rvParts := make([]string, 0, len(parts))
rvParts = append(rvParts, role)
for _, k := range keys {
v, ok := parts[k]
if !ok {
return "", fmt.Errorf("Invalid job parts; missing %q", k)
}
rvParts = append(rvParts, v)
}
if _, ok := parts["extra_config"]; ok {
rvParts = append(rvParts, parts["extra_config"])
}
return strings.Join(rvParts, s.Sep), nil
}