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# This Source Code Form is subject to the terms of the Mozilla Public
# License, v. 2.0. If a copy of the MPL was not distributed with this
import argparse
import copy
import logging
import re
import shlex
from collections import defaultdict
logger = logging.getLogger(__name__)
# The build type aliases are very cryptic and only used in try flags these are
# mappings from the single char alias to a longer more recognizable form.
BUILD_TYPE_ALIASES = {"o": "opt", "d": "debug"}
# consider anything in this whitelist of kinds to be governed by -b/-p
BUILD_KINDS = {
"build",
"artifact-build",
"hazard",
"l10n",
"valgrind",
"spidermonkey",
}
# mapping from shortcut name (usable with -u) to a boolean function identifying
# matching test names
def alias_prefix(prefix):
return lambda name: name.startswith(prefix)
def alias_contains(infix):
return lambda name: infix in name
def alias_matches(pattern):
pattern = re.compile(pattern)
return lambda name: pattern.match(name)
UNITTEST_ALIASES = {
# Aliases specify shorthands that can be used in try syntax. The shorthand
# is the dictionary key, with the value representing a pattern for matching
# unittest_try_names.
#
# Note that alias expansion is performed in the absence of any chunk
# prefixes. For example, the first example above would replace "foo-7"
# with "foobar-7". Note that a few aliases allowed chunks to be specified
# without a leading `-`, for example 'mochitest-dt1'. That's no longer
# supported.
"cppunit": alias_prefix("cppunit"),
"crashtest": alias_prefix("crashtest"),
"crashtest-e10s": alias_prefix("crashtest-e10s"),
"e10s": alias_contains("e10s"),
"firefox-ui-functional": alias_prefix("firefox-ui-functional"),
"gaia-js-integration": alias_contains("gaia-js-integration"),
"gtest": alias_prefix("gtest"),
"jittest": alias_prefix("jittest"),
"jittests": alias_prefix("jittest"),
"jsreftest": alias_prefix("jsreftest"),
"jsreftest-e10s": alias_prefix("jsreftest-e10s"),
"marionette": alias_prefix("marionette"),
"mochitest": alias_prefix("mochitest"),
"mochitests": alias_prefix("mochitest"),
"mochitest-e10s": alias_prefix("mochitest-e10s"),
"mochitests-e10s": alias_prefix("mochitest-e10s"),
"mochitest-debug": alias_prefix("mochitest-debug-"),
"mochitest-a11y": alias_contains("mochitest-a11y"),
"mochitest-bc": alias_prefix("mochitest-browser-chrome"),
"mochitest-e10s-bc": alias_prefix("mochitest-browser-chrome-e10s"),
"mochitest-browser-chrome": alias_prefix("mochitest-browser-chrome"),
"mochitest-e10s-browser-chrome": alias_prefix("mochitest-browser-chrome-e10s"),
"mochitest-chrome": alias_contains("mochitest-chrome"),
"mochitest-dt": alias_prefix("mochitest-devtools-chrome"),
"mochitest-e10s-dt": alias_prefix("mochitest-devtools-chrome-e10s"),
"mochitest-gl": alias_prefix("mochitest-webgl"),
"mochitest-gl-e10s": alias_prefix("mochitest-webgl-e10s"),
"mochitest-gpu": alias_prefix("mochitest-gpu"),
"mochitest-gpu-e10s": alias_prefix("mochitest-gpu-e10s"),
"mochitest-media": alias_prefix("mochitest-media"),
"mochitest-media-e10s": alias_prefix("mochitest-media-e10s"),
"mochitest-vg": alias_prefix("mochitest-valgrind"),
"reftest": alias_matches(r"^(plain-)?reftest.*$"),
"reftest-no-accel": alias_matches(r"^(plain-)?reftest-no-accel.*$"),
"reftests": alias_matches(r"^(plain-)?reftest.*$"),
"reftests-e10s": alias_matches(r"^(plain-)?reftest-e10s.*$"),
"robocop": alias_prefix("robocop"),
"web-platform-test": alias_prefix("web-platform-tests"),
"web-platform-tests": alias_prefix("web-platform-tests"),
"web-platform-tests-e10s": alias_prefix("web-platform-tests-e10s"),
"web-platform-tests-crashtests": alias_prefix("web-platform-tests-crashtest"),
"web-platform-tests-print-reftest": alias_prefix(
"web-platform-tests-print-reftest"
),
"web-platform-tests-reftests": alias_prefix("web-platform-tests-reftest"),
"web-platform-tests-reftests-e10s": alias_prefix("web-platform-tests-reftest-e10s"),
"web-platform-tests-wdspec": alias_prefix("web-platform-tests-wdspec"),
"web-platform-tests-wdspec-e10s": alias_prefix("web-platform-tests-wdspec-e10s"),
"xpcshell": alias_prefix("xpcshell"),
}
# unittest platforms can be specified by substring of the "pretty name", which
# is basically the old Buildbot builder name. This dict has {pretty name,
# [test_platforms]} translations, This includes only the most commonly-used
# substrings. It is OK to add new test platforms to various shorthands here;
# if you add a new Linux64 test platform for instance, people will expect that
# their previous methods of requesting "all linux64 tests" will include this
# new platform, and they shouldn't have to explicitly spell out the new platform
# every time for such cases.
#
# Note that the test platforms here are only the prefix up to the `/`.
UNITTEST_PLATFORM_PRETTY_NAMES = {
"Ubuntu": [
"linux32",
"linux64",
"linux64-asan",
"linux1804-64",
"linux1804-64-asan",
],
"x64": ["linux64", "linux64-asan", "linux1804-64", "linux1804-64-asan"],
"Android 7.0 Samsung A51 32bit": ["android-hw-a51-11.0-arm7"],
"Android 7.0 Samsung A51 64bit": ["android-hw-a51-11.0-aarch64"],
"Android 13.0 Google Pixel 5 32bit": ["android-hw-p5-13.0-arm7"],
"Android 13.0 Google Pixel 5 64bit": ["android-hw-p5-13.0-android-aarch64"],
"Android 13.0 Google Pixel 6 64bit": ["android-hw-p6-13.0-android-aarch64"],
"Android 13.0 Samsung S21 64bit": ["android-hw-s21-13.0-android-aarch64"],
"Windows 10": ["windows10-64"],
}
TEST_CHUNK_SUFFIX = re.compile("(.*)-([0-9]+)$")
def escape_whitespace_in_brackets(input_str):
"""
In tests you may restrict them by platform [] inside of the brackets
whitespace may occur this is typically invalid shell syntax so we escape it
with backslash sequences .
"""
result = ""
in_brackets = False
for char in input_str:
if char == "[":
in_brackets = True
result += char
continue
if char == "]":
in_brackets = False
result += char
continue
if char == " " and in_brackets:
result += r"\ "
continue
result += char
return result
def split_try_msg(message):
try:
try_idx = message.index("try:")
except ValueError:
return []
message = message[try_idx:].split("\n")[0]
# shlex used to ensure we split correctly when giving values to argparse.
return shlex.split(escape_whitespace_in_brackets(message))
def parse_message(message):
parts = split_try_msg(message)
# Argument parser based on try flag flags
parser = argparse.ArgumentParser()
parser.add_argument("-b", "--build", dest="build_types")
parser.add_argument(
"-p", "--platform", nargs="?", dest="platforms", const="all", default="all"
)
parser.add_argument(
"-u", "--unittests", nargs="?", dest="unittests", const="all", default="all"
)
parser.add_argument(
"-t", "--talos", nargs="?", dest="talos", const="all", default="none"
)
parser.add_argument(
"-r", "--raptor", nargs="?", dest="raptor", const="all", default="none"
)
parser.add_argument(
"-i", "--interactive", dest="interactive", action="store_true", default=False
)
parser.add_argument(
"-e", "--all-emails", dest="notifications", action="store_const", const="all"
)
parser.add_argument(
"-f",
"--failure-emails",
dest="notifications",
action="store_const",
const="failure",
)
parser.add_argument("-j", "--job", dest="jobs", action="append")
parser.add_argument(
"--rebuild-talos",
dest="talos_trigger_tests",
action="store",
type=int,
default=1,
)
parser.add_argument(
"--rebuild-raptor",
dest="raptor_trigger_tests",
action="store",
type=int,
default=1,
)
parser.add_argument("--setenv", dest="env", action="append")
parser.add_argument("--gecko-profile", dest="profile", action="store_true")
parser.add_argument("--tag", dest="tag", action="store", default=None)
parser.add_argument("--no-retry", dest="no_retry", action="store_true")
parser.add_argument(
"--include-nightly", dest="include_nightly", action="store_true"
)
parser.add_argument("--artifact", dest="artifact", action="store_true")
# While we are transitioning from BB to TC, we want to push jobs to tc-worker
# machines but not overload machines with every try push. Therefore, we add
# this temporary option to be able to push jobs to tc-worker.
parser.add_argument(
"-w",
"--taskcluster-worker",
dest="taskcluster_worker",
action="store_true",
default=False,
)
# In order to run test jobs multiple times
parser.add_argument("--rebuild", dest="trigger_tests", type=int, default=1)
args, _ = parser.parse_known_args(parts)
try_options = vars(args)
try_task_config = {
"use-artifact-builds": try_options.pop("artifact"),
"gecko-profile": try_options.pop("profile"),
"env": dict(arg.split("=") for arg in try_options.pop("env") or []),
}
return {
"try_options": try_options,
"try_task_config": try_task_config,
}
class TryOptionSyntax:
def __init__(self, parameters, full_task_graph, graph_config):
"""
Apply the try options in parameters.
The resulting object has attributes:
- build_types: a list containing zero or more of 'opt' and 'debug'
- platforms: a list of selected platform names, or None for all
- unittests: a list of tests, of the form given below, or None for all
- jobs: a list of requested job names, or None for all
- trigger_tests: the number of times tests should be triggered (--rebuild)
- interactive: true if --interactive
- notifications: either None if no notifications or one of 'all' or 'failure'
- talos_trigger_tests: the number of time talos tests should be triggered (--rebuild-talos)
- tag: restrict tests to the specified tag
- no_retry: do not retry failed jobs
The unittests and talos lists contain dictionaries of the form:
{
'test': '<suite name>',
'platforms': [..platform names..], # to limit to only certain platforms
'only_chunks': set([..chunk numbers..]), # to limit only to certain chunks
}
"""
self.full_task_graph = full_task_graph
self.graph_config = graph_config
self.jobs = []
self.build_types = []
self.platforms = []
self.unittests = []
self.talos = []
self.raptor = []
self.trigger_tests = 0
self.interactive = False
self.notifications = None
self.talos_trigger_tests = 0
self.raptor_trigger_tests = 0
self.tag = None
self.no_retry = False
options = parameters["try_options"]
if not options:
return None
self.jobs = self.parse_jobs(options["jobs"])
self.build_types = self.parse_build_types(
options["build_types"], full_task_graph
)
self.platforms = self.parse_platforms(options, full_task_graph)
self.unittests = self.parse_test_option(
"unittest_try_name", options["unittests"], full_task_graph
)
self.talos = self.parse_test_option(
"talos_try_name", options["talos"], full_task_graph
)
self.raptor = self.parse_test_option(
"raptor_try_name", options["raptor"], full_task_graph
)
self.trigger_tests = options["trigger_tests"]
self.interactive = options["interactive"]
self.notifications = options["notifications"]
self.talos_trigger_tests = options["talos_trigger_tests"]
self.raptor_trigger_tests = options["raptor_trigger_tests"]
self.tag = options["tag"]
self.no_retry = options["no_retry"]
self.include_nightly = options["include_nightly"]
self.test_tiers = self.generate_test_tiers(full_task_graph)
def generate_test_tiers(self, full_task_graph):
retval = defaultdict(set)
for t in full_task_graph.tasks.values():
if t.attributes.get("kind") == "test":
try:
tier = t.task["extra"]["treeherder"]["tier"]
name = t.attributes.get("unittest_try_name")
retval[name].add(tier)
except KeyError:
pass
return retval
def parse_jobs(self, jobs_arg):
if not jobs_arg or jobs_arg == ["none"]:
return [] # default is `-j none`
if jobs_arg == ["all"]:
return None
expanded = []
for job in jobs_arg:
expanded.extend(j.strip() for j in job.split(","))
return expanded
def parse_build_types(self, build_types_arg, full_task_graph):
if build_types_arg is None:
build_types_arg = []
build_types = [
_f
for _f in (
BUILD_TYPE_ALIASES.get(build_type) for build_type in build_types_arg
)
if _f
]
all_types = {
t.attributes["build_type"]
for t in full_task_graph.tasks.values()
if "build_type" in t.attributes
}
bad_types = set(build_types) - all_types
if bad_types:
raise Exception(
"Unknown build type(s) [%s] specified for try" % ",".join(bad_types)
)
return build_types
def parse_platforms(self, options, full_task_graph):
platform_arg = options["platforms"]
if platform_arg == "all":
return None
RIDEALONG_BUILDS = self.graph_config["try"]["ridealong-builds"]
results = []
for build in platform_arg.split(","):
if build in ("macosx64",):
# Regular opt builds are faster than shippable ones, but we don't run
# tests against them.
# We want to choose them (and only them) if no tests were requested.
if (
options["unittests"] == "none"
and options["talos"] == "none"
and options["raptor"] == "none"
):
results.append("macosx64")
logger.info("adding macosx64 for try syntax using macosx64.")
# Otherwise, use _just_ the shippable builds.
else:
results.append("macosx64-shippable")
logger.info(
"adding macosx64-shippable for try syntax using macosx64."
)
else:
results.append(build)
if build in RIDEALONG_BUILDS:
results.extend(RIDEALONG_BUILDS[build])
logger.info(
"platform %s triggers ridealong builds %s"
% (build, ", ".join(RIDEALONG_BUILDS[build]))
)
test_platforms = {
t.attributes["test_platform"]
for t in full_task_graph.tasks.values()
if "test_platform" in t.attributes
}
build_platforms = {
t.attributes["build_platform"]
for t in full_task_graph.tasks.values()
if "build_platform" in t.attributes
}
all_platforms = test_platforms | build_platforms
bad_platforms = set(results) - all_platforms
if bad_platforms:
raise Exception(
"Unknown platform(s) [%s] specified for try" % ",".join(bad_platforms)
)
return results
def parse_test_option(self, attr_name, test_arg, full_task_graph):
"""
Parse a unittest (-u) or talos (-t) option, in the context of a full
task graph containing available `unittest_try_name` or `talos_try_name`
attributes. There are three cases:
- test_arg is == 'none' (meaning an empty list)
- test_arg is == 'all' (meaning use the list of jobs for that job type)
- test_arg is comma string which needs to be parsed
"""
# Empty job list case...
if test_arg is None or test_arg == "none":
return []
all_platforms = {
t.attributes["test_platform"].split("/")[0]
for t in full_task_graph.tasks.values()
if "test_platform" in t.attributes
}
tests = self.parse_test_opts(test_arg, all_platforms)
if not tests:
return []
all_tests = {
t.attributes[attr_name]
for t in full_task_graph.tasks.values()
if attr_name in t.attributes
}
# Special case where tests is 'all' and must be expanded
if tests[0]["test"] == "all":
results = []
all_entry = tests[0]
for test in all_tests:
entry = {"test": test}
# If there are platform restrictions copy them across the list.
if "platforms" in all_entry:
entry["platforms"] = list(all_entry["platforms"])
results.append(entry)
return self.parse_test_chunks(all_tests, results)
return self.parse_test_chunks(all_tests, tests)
def parse_test_opts(self, input_str, all_platforms):
"""
Parse `testspec,testspec,..`, where each testspec is a test name
optionally followed by a list of test platforms or negated platforms in
`[]`.
No brackets indicates that tests should run on all platforms for which
builds are available. If testspecs are provided, then each is treated,
from left to right, as an instruction to include or (if negated)
exclude a set of test platforms. A single spec may expand to multiple
test platforms via UNITTEST_PLATFORM_PRETTY_NAMES. If the first test
spec is negated, processing begins with the full set of available test
platforms; otherwise, processing begins with an empty set of test
platforms.
"""
# Final results which we will return.
tests = []
cur_test = {}
token = ""
in_platforms = False
def normalize_platforms():
if "platforms" not in cur_test:
return
# if the first spec is a negation, start with all platforms
if cur_test["platforms"][0][0] == "-":
platforms = all_platforms.copy()
else:
platforms = []
for platform in cur_test["platforms"]:
if platform[0] == "-":
platforms = [p for p in platforms if p != platform[1:]]
else:
platforms.append(platform)
cur_test["platforms"] = platforms
def add_test(value):
normalize_platforms()
cur_test["test"] = value.strip()
tests.insert(0, cur_test)
def add_platform(value):
platform = value.strip()
if platform[0] == "-":
negated = True
platform = platform[1:]
else:
negated = False
platforms = UNITTEST_PLATFORM_PRETTY_NAMES.get(platform, [platform])
if negated:
platforms = ["-" + p for p in platforms]
cur_test["platforms"] = platforms + cur_test.get("platforms", [])
# This might be somewhat confusing but we parse the string _backwards_ so
# there is no ambiguity over what state we are in.
for char in reversed(input_str):
# , indicates exiting a state
if char == ",":
# Exit a particular platform.
if in_platforms:
add_platform(token)
# Exit a particular test.
else:
add_test(token)
cur_test = {}
# Token must always be reset after we exit a state
token = ""
elif char == "[":
# Exiting platform state entering test state.
add_platform(token)
token = ""
in_platforms = False
elif char == "]":
# Entering platform state.
in_platforms = True
else:
# Accumulator.
token = char + token
# Handle any left over tokens.
if token:
add_test(token)
return tests
def handle_alias(self, test, all_tests):
"""
Expand a test if its name refers to an alias, returning a list of test
dictionaries cloned from the first (to maintain any metadata).
"""
if test["test"] not in UNITTEST_ALIASES:
return [test]
alias = UNITTEST_ALIASES[test["test"]]
def mktest(name):
newtest = copy.deepcopy(test)
newtest["test"] = name
return newtest
def exprmatch(alias):
return [t for t in all_tests if alias(t)]
return [mktest(t) for t in exprmatch(alias)]
def parse_test_chunks(self, all_tests, tests):
"""
Test flags may include parameters to narrow down the number of chunks in a
given push. We don't model 1 chunk = 1 job in taskcluster so we must check
each test flag to see if it is actually specifying a chunk.
"""
results = []
seen_chunks = {}
for test in tests:
matches = TEST_CHUNK_SUFFIX.match(test["test"])
if matches:
name = matches.group(1)
chunk = matches.group(2)
if name in seen_chunks:
seen_chunks[name].add(chunk)
else:
seen_chunks[name] = {chunk}
test["test"] = name
test["only_chunks"] = seen_chunks[name]
results.append(test)
else:
results.extend(self.handle_alias(test, all_tests))
# uniquify the results over the test names
results = sorted(
{test["test"]: test for test in results}.values(),
key=lambda test: test["test"],
)
return results
def find_all_attribute_suffixes(self, graph, prefix):
rv = set()
for t in graph.tasks.values():
for a in t.attributes:
if a.startswith(prefix):
rv.add(a[len(prefix) :])
return sorted(rv)
def task_matches(self, task):
attr = task.attributes.get
def check_run_on_projects():
return {"all"} & set(attr("run_on_projects", []))
def match_test(try_spec, attr_name):
run_by_default = True
if attr("build_type") not in self.build_types:
return False
if (
self.platforms is not None
and attr("build_platform") not in self.platforms
):
return False
if not check_run_on_projects():
run_by_default = False
if try_spec is None:
return run_by_default
# TODO: optimize this search a bit
for test in try_spec:
if attr(attr_name) == test["test"]:
break
else:
return False
if "only_chunks" in test and attr("test_chunk") not in test["only_chunks"]:
return False
tier = task.task["extra"]["treeherder"]["tier"]
if "platforms" in test:
if "all" in test["platforms"]:
return True
platform = attr("test_platform", "").split("/")[0]
# Platforms can be forced by syntax like "-u xpcshell[Windows 8]"
return platform in test["platforms"]
if tier != 1:
# Run Tier 2/3 tests if their build task is Tier 2/3 OR if there is
# no tier 1 test of that name.
build_task = self.full_task_graph.tasks[task.dependencies["build"]]
build_task_tier = build_task.task["extra"]["treeherder"]["tier"]
name = attr("unittest_try_name")
test_tiers = self.test_tiers.get(name)
if tier <= build_task_tier:
logger.debug(
"not skipping tier {} test {} because build task {} "
"is tier {}".format(
tier, task.label, build_task.label, build_task_tier
)
)
return True
if 1 not in test_tiers:
logger.debug(
"not skipping tier {} test {} without explicit inclusion; "
"it is configured to run on tiers {}".format(
tier, task.label, test_tiers
)
)
return True
logger.debug(
"skipping tier {} test {} because build task {} is "
"tier {} and there is a higher-tier test of the same name".format(
tier, task.label, build_task.label, build_task_tier
)
)
return False
if run_by_default:
return check_run_on_projects()
return False
if attr("job_try_name"):
# Beware the subtle distinction between [] and None for self.jobs and self.platforms.
# They will be [] if there was no try syntax, and None if try syntax was detected but
# they remained unspecified.
if self.jobs is not None:
return attr("job_try_name") in self.jobs
# User specified `-j all`
if (
self.platforms is not None
and attr("build_platform") not in self.platforms
):
return False # honor -p for jobs governed by a platform
# "all" means "everything with `try` in run_on_projects"
return check_run_on_projects()
if attr("kind") == "test":
return (
match_test(self.unittests, "unittest_try_name")
or match_test(self.talos, "talos_try_name")
or match_test(self.raptor, "raptor_try_name")
)
if attr("kind") in BUILD_KINDS:
if attr("build_type") not in self.build_types:
return False
if self.platforms is None:
# for "-p all", look for try in the 'run_on_projects' attribute
return check_run_on_projects()
if attr("build_platform") not in self.platforms:
return False
return True
return False
def __str__(self):
def none_for_all(list):
if list is None:
return "<all>"
return ", ".join(str(e) for e in list)
return "\n".join(
[
"build_types: " + ", ".join(self.build_types),
"platforms: " + none_for_all(self.platforms),
"unittests: " + none_for_all(self.unittests),
"talos: " + none_for_all(self.talos),
"raptor" + none_for_all(self.raptor),
"jobs: " + none_for_all(self.jobs),
"trigger_tests: " + str(self.trigger_tests),
"interactive: " + str(self.interactive),
"notifications: " + str(self.notifications),
"talos_trigger_tests: " + str(self.talos_trigger_tests),
"raptor_trigger_tests: " + str(self.raptor_trigger_tests),
"tag: " + str(self.tag),
"no_retry: " + str(self.no_retry),
]
)