Integrate cc_tool_map into rule-based toolchains

BEGIN_PUBLIC

Integrate cc_tool_map into rule-based toolchains

Integrates cc_tool_map as a new attribute of cc_toolchain, completely replacing cc_action_type_config.

END_PUBLIC

PiperOrigin-RevId: 666365739
Change-Id: Iac74a31736dad66ac3dc75b4478ab4d4d2412181
This commit is contained in:
Googler 2024-08-22 08:45:51 -07:00 committed by Copybara-Service
parent 3a62fd3f5b
commit f5eb3c0c4a
14 changed files with 85 additions and 387 deletions

View File

@ -1,113 +0,0 @@
# Copyright 2024 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Implementation of cc_action_type_config."""
load(
"//cc/toolchains/impl:collect.bzl",
"collect_action_types",
"collect_features",
"collect_tools",
)
load(
":cc_toolchain_info.bzl",
"ActionTypeConfigInfo",
"ActionTypeConfigSetInfo",
"ActionTypeSetInfo",
"FeatureSetInfo",
)
def _cc_action_type_config_impl(ctx):
if not ctx.attr.action_types:
fail("At least one action type is required for cc_action_type_config")
if not ctx.attr.tools:
fail("At least one tool is required for cc_action_type_config")
tools = tuple(collect_tools(ctx, ctx.attr.tools))
implies = collect_features(ctx.attr.implies)
configs = {}
for action_type in collect_action_types(ctx.attr.action_types).to_list():
configs[action_type] = ActionTypeConfigInfo(
label = ctx.label,
action_type = action_type,
tools = tools,
implies = implies,
files = ctx.runfiles().merge_all([tool.runfiles for tool in tools]),
)
return [ActionTypeConfigSetInfo(label = ctx.label, configs = configs)]
cc_action_type_config = rule(
implementation = _cc_action_type_config_impl,
# @unsorted-dict-items
attrs = {
"action_types": attr.label_list(
providers = [ActionTypeSetInfo],
mandatory = True,
doc = """A list of action names to apply this action to.
See @toolchain//actions:all for valid options.
""",
),
"tools": attr.label_list(
mandatory = True,
cfg = "exec",
allow_files = True,
doc = """The tool to use for the specified actions.
A tool can be a `cc_tool`, or a binary.
If multiple tools are specified, the first tool that has `with_features` that
satisfy the currently enabled feature set is used.
""",
),
"implies": attr.label_list(
providers = [FeatureSetInfo],
doc = "Features that should be enabled when this action is used.",
),
},
provides = [ActionTypeConfigSetInfo],
doc = """Declares the configuration and selection of `cc_tool` rules.
Action configs are bound to a toolchain through `action_configs`, and are the
driving mechanism for controlling toolchain tool invocation/behavior.
Action configs define three key things:
* Which tools to invoke for a given type of action.
* Tool features and compatibility.
* `cc_args`s that are unconditionally bound to a tool invocation.
Examples:
cc_action_config(
name = "ar",
action_types = ["@toolchain//actions:all_ar_actions"],
implies = [
"@toolchain//features/legacy:archiver_flags",
"@toolchain//features/legacy:linker_param_file",
],
tools = [":ar_tool"],
)
cc_action_config(
name = "clang",
action_types = [
"@toolchain//actions:all_asm_actions",
"@toolchain//actions:all_c_compiler_actions",
],
tools = [":clang_tool"],
)
""",
)

View File

@ -164,27 +164,6 @@ ToolConfigInfo = provider(
},
)
ActionTypeConfigInfo = provider(
doc = "Configuration of a Bazel action.",
# @unsorted-dict-items
fields = {
"label": "(Label) The label defining this provider. Place in error messages to simplify debugging",
"action_type": "(ActionTypeInfo) The type of the action",
"tools": "(Sequence[ToolInfo]) The tool applied to the action will be the first tool in the sequence with a feature set that matches the feature configuration",
"implies": "(depset[FeatureInfo]) Set of features implied by this action config",
"files": "(runfiles) The files required to run these actions",
},
)
ActionTypeConfigSetInfo = provider(
doc = "A set of action configs",
# @unsorted-dict-items
fields = {
"label": "(Label) The label defining this provider. Place in error messages to simplify debugging",
"configs": "(dict[ActionTypeInfo, ActionTypeConfigInfo]) A set of action configs",
},
)
ToolchainConfigInfo = provider(
doc = "The configuration for a toolchain",
# @unsorted-dict-items
@ -192,7 +171,7 @@ ToolchainConfigInfo = provider(
"label": "(Label) The label defining this provider. Place in error messages to simplify debugging",
"features": "(Sequence[FeatureInfo]) The features available for this toolchain",
"enabled_features": "(Sequence[FeatureInfo]) The features That are enabled by default for this toolchain",
"action_type_configs": "(dict[ActionTypeInfo, ActionTypeConfigInfo]) The configuration of action configs for the toolchain.",
"tool_map": "(ToolConfigInfo) A provider mapping toolchain action types to tools.",
"args": "(Sequence[ArgsInfo]) A list of arguments to be unconditionally applied to the toolchain.",
"files": "(dict[ActionTypeInfo, depset[File]]) Files required for the toolchain, keyed by the action type.",
},

View File

@ -15,7 +15,6 @@
load(
"//cc/toolchains:cc_toolchain_info.bzl",
"ActionTypeConfigSetInfo",
"ActionTypeSetInfo",
"ArgsListInfo",
"FeatureSetInfo",
@ -151,22 +150,3 @@ def collect_args_lists(targets, label):
for k, v in by_action.items()
]),
)
def collect_action_type_config_sets(targets, label, fail = fail):
"""Collects several `cc_action_type_config` labels together.
Args:
targets: (List[Target]) A list of targets providing ActionTypeConfigSetInfo
label: The label to apply to the resulting config.
fail: (function) The fail function. Should only be used in tests.
Returns:
A combined ActionTypeConfigSetInfo representing a variety of action
types.
"""
configs = {}
for atcs in collect_provider(targets, ActionTypeConfigSetInfo):
for action_type, config in atcs.configs.items():
if action_type in configs:
fail("The action type %s is configured by both %s and %s. Each action type may only be configured once." % (action_type.label, config.label, configs[action_type].label))
configs[action_type] = config
return ActionTypeConfigSetInfo(label = label, configs = configs)

View File

@ -131,15 +131,16 @@ def convert_tool(tool):
with_features = [],
)
def _convert_action_type_config(atc):
implies = sorted([ft.name for ft in atc.implies.to_list()])
return legacy_action_config(
action_name = atc.action_type.name,
enabled = True,
tools = [convert_tool(tool) for tool in atc.tools],
implies = implies,
)
def _convert_tool_map(tool_map):
return [
legacy_action_config(
action_name = action_type.name,
enabled = True,
tools = [convert_tool(tool_map.configs[action_type])],
implies = [],
)
for action_type in tool_map.configs.keys()
]
def convert_toolchain(toolchain):
"""Converts a rule-based toolchain into the legacy providers.
@ -165,10 +166,7 @@ def convert_toolchain(toolchain):
mutually_exclusive = [],
external = False,
)))
action_configs = [
_convert_action_type_config(atc)
for atc in toolchain.action_type_configs.values()
]
action_configs = _convert_tool_map(toolchain.tool_map)
return struct(
features = [ft for ft in features if ft != None],

View File

@ -17,10 +17,10 @@ load("@bazel_skylib//rules:common_settings.bzl", "BuildSettingInfo")
load("@bazel_skylib//rules/directory:providers.bzl", "DirectoryInfo")
load(
"//cc/toolchains:cc_toolchain_info.bzl",
"ActionTypeConfigSetInfo",
"ActionTypeSetInfo",
"ArgsListInfo",
"FeatureSetInfo",
"ToolConfigInfo",
"ToolchainConfigInfo",
)
load(":collect.bzl", "collect_action_types")
@ -60,7 +60,7 @@ def _cc_toolchain_config_impl(ctx):
label = ctx.label,
known_features = ctx.attr.known_features + [ctx.attr._builtin_features],
enabled_features = ctx.attr.enabled_features,
action_type_configs = ctx.attr.action_type_configs,
tool_map = ctx.attr.tool_map,
args = ctx.attr.args,
)
@ -108,7 +108,7 @@ cc_toolchain_config = rule(
# @unsorted-dict-items
attrs = {
# Attributes new to this rule.
"action_type_configs": attr.label_list(providers = [ActionTypeConfigSetInfo]),
"tool_map": attr.label(providers = [ToolConfigInfo], mandatory = True),
"args": attr.label_list(providers = [ArgsListInfo]),
"known_features": attr.label_list(providers = [FeatureSetInfo]),
"enabled_features": attr.label_list(providers = [FeatureSetInfo]),

View File

@ -13,9 +13,9 @@
# limitations under the License.
"""Helper functions to create and validate a ToolchainConfigInfo."""
load("//cc/toolchains:cc_toolchain_info.bzl", "ToolchainConfigInfo")
load("//cc/toolchains:cc_toolchain_info.bzl", "ToolConfigInfo", "ToolchainConfigInfo")
load(":args_utils.bzl", "get_action_type")
load(":collect.bzl", "collect_action_type_config_sets", "collect_args_lists", "collect_features")
load(":collect.bzl", "collect_args_lists", "collect_features")
visibility([
"//cc/toolchains/...",
@ -106,9 +106,6 @@ def _validate_args(self, known_features, fail):
fail,
)
def _validate_action_config(self, known_features, fail):
_validate_implies(self, known_features, fail = fail)
def _validate_feature(self, known_features, fail):
_validate_requires_any_of_feature_set(self, known_features, fail = fail)
for arg in self.args.args:
@ -120,19 +117,17 @@ def _validate_toolchain(self, fail = fail):
for feature in self.features:
_validate_feature(feature, known_features, fail = fail)
for atc in self.action_type_configs.values():
_validate_action_config(atc, known_features, fail = fail)
for args in self.args:
_validate_args(args, known_features, fail = fail)
def _collect_files_for_action_type(atc, features, args):
transitive_files = [atc.files.files, get_action_type(args, atc.action_type).files]
def _collect_files_for_action_type(action_type, tool_map, features, args):
transitive_files = [tool_map[action_type].runfiles.files, get_action_type(args, action_type).files]
for ft in features:
transitive_files.append(get_action_type(ft.args, atc.action_type).files)
transitive_files.append(get_action_type(ft.args, action_type).files)
return depset(transitive = transitive_files)
def toolchain_config_info(label, known_features = [], enabled_features = [], args = [], action_type_configs = [], fail = fail):
def toolchain_config_info(label, known_features = [], enabled_features = [], args = [], tool_map = None, fail = fail):
"""Generates and validates a ToolchainConfigInfo from lists of labels.
Args:
@ -141,8 +136,7 @@ def toolchain_config_info(label, known_features = [], enabled_features = [], arg
enabled_features: (List[Target]) A list of features that are enabled by
default. Every enabled feature is implicitly also a known feature.
args: (List[Target]) A list of targets providing ArgsListInfo
action_type_configs: (List[Target]) A list of targets providing
ActionTypeConfigSetInfo
tool_map: (Target) A target providing ToolMapInfo.
fail: A fail function. Use only during tests.
Returns:
A validated ToolchainConfigInfo
@ -155,22 +149,25 @@ def toolchain_config_info(label, known_features = [], enabled_features = [], arg
features = collect_features(enabled_features + known_features).to_list()
enabled_features = collect_features(enabled_features).to_list()
if tool_map == None:
fail("tool_map is required")
# The `return` here is to support testing, since injecting `fail()` has a
# side-effect of allowing code to continue.
return None # buildifier: disable=unreachable
args = collect_args_lists(args, label = label)
action_type_configs = collect_action_type_config_sets(
action_type_configs,
label = label,
fail = fail,
).configs
tools = tool_map[ToolConfigInfo].configs
files = {
atc.action_type: _collect_files_for_action_type(atc, features, args)
for atc in action_type_configs.values()
action_type: _collect_files_for_action_type(action_type, tools, features, args)
for action_type in tools.keys()
}
toolchain_config = ToolchainConfigInfo(
label = label,
features = features,
enabled_features = enabled_features,
action_type_configs = action_type_configs,
tool_map = tool_map[ToolConfigInfo],
args = args.args,
files = files,
)

View File

@ -1,38 +0,0 @@
load("@rules_testing//lib:util.bzl", "util")
load("//cc/toolchains:action_type_config.bzl", "cc_action_type_config")
load("//tests/rule_based_toolchain:analysis_test_suite.bzl", "analysis_test_suite")
load(":action_type_config_test.bzl", "TARGETS", "TESTS")
util.helper_target(
cc_action_type_config,
name = "file_map",
action_types = ["//tests/rule_based_toolchain/actions:all_compile"],
tools = [
"//tests/rule_based_toolchain/testdata:bin_wrapper.sh",
"//tests/rule_based_toolchain/tool:wrapped_tool",
],
)
util.helper_target(
cc_action_type_config,
name = "c_compile_config",
action_types = ["//tests/rule_based_toolchain/actions:c_compile"],
tools = [
"//tests/rule_based_toolchain/testdata:bin_wrapper.sh",
],
)
util.helper_target(
cc_action_type_config,
name = "cpp_compile_config",
action_types = ["//tests/rule_based_toolchain/actions:cpp_compile"],
tools = [
"//tests/rule_based_toolchain/testdata:bin_wrapper.sh",
],
)
analysis_test_suite(
name = "test_suite",
targets = TARGETS,
tests = TESTS,
)

View File

@ -1,81 +0,0 @@
# Copyright 2024 The Bazel Authors. All rights reserved.
#
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
"""Tests for the action_type_config rule."""
load(
"//cc/toolchains:cc_toolchain_info.bzl",
"ActionTypeConfigSetInfo",
"ActionTypeInfo",
)
load("//cc/toolchains/impl:collect.bzl", _collect_action_type_configs = "collect_action_type_config_sets")
load("//tests/rule_based_toolchain:subjects.bzl", "result_fn_wrapper", "subjects")
visibility("private")
_TOOL_FILES = [
"tests/rule_based_toolchain/testdata/bin",
"tests/rule_based_toolchain/testdata/bin_wrapper",
"tests/rule_based_toolchain/testdata/bin_wrapper.sh",
]
collect_action_type_configs = result_fn_wrapper(_collect_action_type_configs)
def _files_taken_test(env, targets):
configs = env.expect.that_target(targets.file_map).provider(ActionTypeConfigSetInfo).configs()
c_compile = configs.get(targets.c_compile[ActionTypeInfo])
c_compile.files().contains_exactly(_TOOL_FILES)
cpp_compile = configs.get(targets.cpp_compile[ActionTypeInfo])
cpp_compile.files().contains_exactly(_TOOL_FILES)
def _merge_distinct_configs_succeeds_test(env, targets):
configs = env.expect.that_value(
collect_action_type_configs(
targets = [targets.c_compile_config, targets.cpp_compile_config],
label = env.ctx.label,
),
factory = subjects.result(subjects.ActionTypeConfigSetInfo),
).ok().configs()
configs.get(targets.c_compile[ActionTypeInfo]).label().equals(
targets.c_compile_config.label,
)
configs.get(targets.cpp_compile[ActionTypeInfo]).label().equals(
targets.cpp_compile_config.label,
)
def _merge_overlapping_configs_fails_test(env, targets):
err = env.expect.that_value(
collect_action_type_configs(
targets = [targets.file_map, targets.c_compile_config],
label = env.ctx.label,
),
factory = subjects.result(subjects.ActionTypeConfigSetInfo),
).err()
err.contains("//tests/rule_based_toolchain/actions:c_compile is configured by both")
err.contains("//tests/rule_based_toolchain/action_type_config:c_compile_config")
err.contains("//tests/rule_based_toolchain/action_type_config:file_map")
TARGETS = [
":file_map",
":c_compile_config",
":cpp_compile_config",
"//tests/rule_based_toolchain/actions:c_compile",
"//tests/rule_based_toolchain/actions:cpp_compile",
]
TESTS = {
"files_taken_test": _files_taken_test,
"merge_distinct_configs_succeeds_test": _merge_distinct_configs_succeeds_test,
"merge_overlapping_configs_fails_test": _merge_overlapping_configs_fails_test,
}

View File

@ -136,5 +136,6 @@ dict_key_subject = lambda factory: lambda value, *, meta: struct(
value[key],
meta = meta.derive("get({})".format(key)),
),
keys = lambda: subjects.collection(value.keys(), meta = meta.derive("keys()")),
contains = lambda key: subjects.bool(key in value, meta = meta.derive("contains({})".format(key))),
)

View File

@ -17,8 +17,6 @@ load("@bazel_skylib//lib:structs.bzl", "structs")
load("@rules_testing//lib:truth.bzl", _subjects = "subjects")
load(
"//cc/toolchains:cc_toolchain_info.bzl",
"ActionTypeConfigInfo",
"ActionTypeConfigSetInfo",
"ActionTypeInfo",
"ActionTypeSetInfo",
"ArgsInfo",
@ -193,27 +191,6 @@ _ToolConfigFactory = generate_factory(
),
)
# buildifier: disable=name-conventions
_ActionTypeConfigFactory = generate_factory(
ActionTypeConfigInfo,
"ActionTypeConfigInfo",
dict(
action_type = _ActionTypeFactory,
tools = ProviderSequence(_ToolFactory),
implies = ProviderDepset(_FeatureFactory),
files = runfiles_subject,
),
)
# buildifier: disable=name-conventions
_ActionTypeConfigSetFactory = generate_factory(
ActionTypeConfigSetInfo,
"ActionTypeConfigSetInfo",
dict(
configs = dict_key_subject(_ActionTypeConfigFactory.factory),
),
)
# buildifier: disable=name-conventions
_ToolchainConfigFactory = generate_factory(
ToolchainConfigInfo,
@ -221,7 +198,7 @@ _ToolchainConfigFactory = generate_factory(
dict(
features = ProviderDepset(_FeatureFactory),
enabled_features = _subjects.collection,
action_type_configs = dict_key_subject(_ActionTypeConfigFactory.factory),
tool_map = optional_subject(_ToolConfigFactory.factory),
args = ProviderSequence(_ArgsFactory),
files = dict_key_subject(_subjects.depset_file),
),
@ -239,7 +216,6 @@ FACTORIES = [
_FeatureSetFactory,
_ToolFactory,
_ToolConfigFactory,
_ActionTypeConfigSetFactory,
_ToolchainConfigFactory,
]

View File

@ -1,8 +1,8 @@
load("@rules_testing//lib:util.bzl", "util")
load("//cc/toolchains:action_type_config.bzl", "cc_action_type_config")
load("//cc/toolchains:args.bzl", "cc_args")
load("//cc/toolchains:feature.bzl", "cc_feature")
load("//cc/toolchains:feature_set.bzl", "cc_feature_set")
load("//cc/toolchains:tool_map.bzl", "cc_tool_map")
load("//cc/toolchains/impl:external_feature.bzl", "cc_external_feature")
load("//cc/toolchains/impl:toolchain_config.bzl", "cc_legacy_file_group", "cc_toolchain_config")
load("//tests/rule_based_toolchain:analysis_test_suite.bzl", "analysis_test_suite")
@ -43,7 +43,6 @@ util.helper_target(
util.helper_target(
cc_toolchain_config,
name = "collects_files_toolchain_config",
action_type_configs = [":compile_config"],
args = [":c_compile_args"],
cxx_builtin_include_directories = [
"//tests/rule_based_toolchain/testdata:directory",
@ -52,6 +51,7 @@ util.helper_target(
known_features = [":compile_feature"],
skip_experimental_flag_validation_for_test = True,
sysroot = "//tests/rule_based_toolchain/testdata:directory",
tool_map = ":compile_tool_map",
)
util.helper_target(
@ -77,12 +77,11 @@ util.helper_target(
)
util.helper_target(
cc_action_type_config,
name = "compile_config",
action_types = ["//tests/rule_based_toolchain/actions:all_compile"],
tools = [
"//tests/rule_based_toolchain/tool:wrapped_tool",
],
cc_tool_map,
name = "compile_tool_map",
tools = {
"//tests/rule_based_toolchain/actions:all_compile": "//tests/rule_based_toolchain/tool:wrapped_tool",
},
)
util.helper_target(
@ -93,13 +92,17 @@ util.helper_target(
)
util.helper_target(
cc_action_type_config,
name = "c_compile_config",
action_types = ["//tests/rule_based_toolchain/actions:c_compile"],
implies = [":simple_feature"],
tools = [
"//tests/rule_based_toolchain/tool:wrapped_tool",
],
cc_tool_map,
name = "c_compile_tool_map",
tools = {
"//tests/rule_based_toolchain/actions:c_compile": "//tests/rule_based_toolchain/tool:wrapped_tool",
},
)
util.helper_target(
cc_tool_map,
name = "empty_tool_map",
tools = {},
)
util.helper_target(

View File

@ -50,13 +50,26 @@ def _expect_that_toolchain(env, expr = None, **kwargs):
factory = subjects.result(subjects.ToolchainConfigInfo),
)
def _empty_toolchain_valid_test(env, _targets):
_expect_that_toolchain(env).ok()
def _missing_tool_map_invalid_test(env, _targets):
_expect_that_toolchain(
env,
tool_map = None,
expr = "missing_tool_map",
).err().contains(
"tool_map is required",
)
def _empty_toolchain_valid_test(env, targets):
_expect_that_toolchain(
env,
tool_map = targets.empty_tool_map, # tool_map is always required.
).ok()
def _duplicate_feature_names_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.simple_feature, targets.same_feature_name],
tool_map = targets.empty_tool_map,
expr = "duplicate_feature_name",
).err().contains_all_of([
"The feature name simple_feature was defined by",
@ -68,47 +81,22 @@ def _duplicate_feature_names_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.builtin_feature, targets.overrides_feature],
tool_map = targets.empty_tool_map,
expr = "override_feature",
).ok()
def _duplicate_action_type_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.simple_feature],
action_type_configs = [targets.compile_config, targets.c_compile_config],
).err().contains_all_of([
"The action type %s is configured by" % targets.c_compile.label,
targets.compile_config.label,
targets.c_compile_config.label,
])
def _action_config_implies_missing_feature_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.simple_feature],
action_type_configs = [targets.c_compile_config],
expr = "action_type_config_with_implies",
).ok()
_expect_that_toolchain(
env,
known_features = [],
action_type_configs = [targets.c_compile_config],
expr = "action_type_config_missing_implies",
).err().contains(
"%s implies the feature %s" % (targets.c_compile_config.label, targets.simple_feature.label),
)
def _feature_config_implies_missing_feature_invalid_test(env, targets):
_expect_that_toolchain(
env,
expr = "feature_with_implies",
known_features = [targets.simple_feature, targets.implies_simple_feature],
tool_map = targets.empty_tool_map,
).ok()
_expect_that_toolchain(
env,
known_features = [targets.implies_simple_feature],
tool_map = targets.empty_tool_map,
expr = "feature_missing_implies",
).err().contains(
"%s implies the feature %s" % (targets.implies_simple_feature.label, targets.simple_feature.label),
@ -118,16 +106,19 @@ def _feature_missing_requirements_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.requires_any_simple_feature, targets.simple_feature],
tool_map = targets.empty_tool_map,
expr = "requires_any_simple_has_simple",
).ok()
_expect_that_toolchain(
env,
known_features = [targets.requires_any_simple_feature, targets.simple_feature2],
tool_map = targets.empty_tool_map,
expr = "requires_any_simple_has_simple2",
).ok()
_expect_that_toolchain(
env,
known_features = [targets.requires_any_simple_feature],
tool_map = targets.empty_tool_map,
expr = "requires_any_simple_has_none",
).err().contains(
"It is impossible to enable %s" % targets.requires_any_simple_feature.label,
@ -136,11 +127,13 @@ def _feature_missing_requirements_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.requires_all_simple_feature, targets.simple_feature, targets.simple_feature2],
tool_map = targets.empty_tool_map,
expr = "requires_all_simple_has_both",
).ok()
_expect_that_toolchain(
env,
known_features = [targets.requires_all_simple_feature, targets.simple_feature],
tool_map = targets.empty_tool_map,
expr = "requires_all_simple_has_simple",
).err().contains(
"It is impossible to enable %s" % targets.requires_all_simple_feature.label,
@ -148,6 +141,7 @@ def _feature_missing_requirements_invalid_test(env, targets):
_expect_that_toolchain(
env,
known_features = [targets.requires_all_simple_feature, targets.simple_feature2],
tool_map = targets.empty_tool_map,
expr = "requires_all_simple_has_simple2",
).err().contains(
"It is impossible to enable %s" % targets.requires_all_simple_feature.label,
@ -158,12 +152,14 @@ def _args_missing_requirements_invalid_test(env, targets):
env,
args = [targets.requires_all_simple_args],
known_features = [targets.simple_feature, targets.simple_feature2],
tool_map = targets.empty_tool_map,
expr = "has_both",
).ok()
_expect_that_toolchain(
env,
args = [targets.requires_all_simple_args],
known_features = [targets.simple_feature],
tool_map = targets.empty_tool_map,
expr = "has_only_one",
).err().contains(
"It is impossible to enable %s" % targets.requires_all_simple_args.label,
@ -217,9 +213,9 @@ def _toolchain_collects_files_test(env, targets):
),
]).in_order()
exe = tc.action_type_configs().get(
exe = tc.tool_map().some().configs().get(
targets.c_compile[ActionTypeInfo],
).actual.tools[0].exe
).actual.exe
env.expect.that_collection(legacy.action_configs).contains_exactly([
legacy_action_config(
action_name = "c_compile",
@ -238,13 +234,14 @@ TARGETS = [
"//tests/rule_based_toolchain/actions:c_compile",
"//tests/rule_based_toolchain/actions:cpp_compile",
":builtin_feature",
":compile_config",
":compile_tool_map",
":collects_files_c_compile",
":collects_files_cpp_compile",
":collects_files_toolchain_config",
":compile_feature",
":c_compile_args",
":c_compile_config",
":c_compile_tool_map",
":empty_tool_map",
":implies_simple_feature",
":overrides_feature",
":requires_any_simple_feature",
@ -258,9 +255,8 @@ TARGETS = [
# @unsorted-dict-items
TESTS = {
"empty_toolchain_valid_test": _empty_toolchain_valid_test,
"missing_tool_map_invalid_test": _missing_tool_map_invalid_test,
"duplicate_feature_names_fail_validation_test": _duplicate_feature_names_invalid_test,
"duplicate_action_type_invalid_test": _duplicate_action_type_invalid_test,
"action_config_implies_missing_feature_invalid_test": _action_config_implies_missing_feature_invalid_test,
"feature_config_implies_missing_feature_invalid_test": _feature_config_implies_missing_feature_invalid_test,
"feature_missing_requirements_invalid_test": _feature_missing_requirements_invalid_test,
"args_missing_requirements_invalid_test": _args_missing_requirements_invalid_test,