blob: ec01bc19fe965c5a9a37a8ebb82d388f0a427a72 [file] [log] [blame]
# Copyright 2022 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.
"""Auxiliary rule to create the deploy archives for java_binary
This needs to be a separate rule because we need to add the runfiles manifest as an input to
the generating actions, so that the runfiles symlink tree is staged for the deploy jars.
"""
load(":common/cc/cc_helper.bzl", "cc_helper")
load(":common/java/java_common.bzl", "java_common")
load(":common/java/java_helper.bzl", "helper")
load(":common/java/java_semantics.bzl", "semantics")
InstrumentedFilesInfo = _builtins.toplevel.InstrumentedFilesInfo
def _stamping_enabled(ctx, stamp):
if ctx.configuration.is_tool_configuration():
stamp = 0
return (stamp == 1) or (stamp == -1 and ctx.configuration.stamp_binaries())
def get_build_info(ctx, stamp):
if _stamping_enabled(ctx, stamp):
return ctx.attr._build_info_translator[OutputGroupInfo].non_redacted_build_info_files.to_list()
else:
return ctx.attr._build_info_translator[OutputGroupInfo].redacted_build_info_files.to_list()
def create_deploy_archives(
ctx,
java_attrs,
launcher_info,
runfiles,
main_class,
coverage_main_class,
strip_as_default,
build_info_files,
build_target,
hermetic = False,
add_exports = depset(),
add_opens = depset(),
shared_archive = None,
one_version_level = "OFF",
one_version_allowlist = None,
extra_args = [],
manifest_lines = []):
""" Registers actions for _deploy.jar and _deploy.jar.unstripped
Args:
ctx: (RuleContext) The rule context
java_attrs: (Struct) Struct of (classpath_resources, runtime_jars, runtime_classpath_for_archive, resources)
launcher_info: (Struct) Struct of (runtime_jars, launcher, unstripped_launcher)
runfiles: (Depset) the runfiles for the deploy jar
main_class: (String) FQN of the entry point for execution
coverage_main_class: (String) FQN of the entry point for coverage collection
build_target: (String) Name of the build target for stamping
strip_as_default: (bool) Whether to create unstripped deploy jar
build_info_files: ([File]) the artifacts containing workspace status for the current build
hermetic: (bool)
add_exports: (depset)
add_opens: (depset)
shared_archive: (File) Optional .jsa artifact
one_version_level: (String) Optional one version check level, default OFF
one_version_allowlist: (File) Optional allowlist for one version check
extra_args: (list[Args]) Optional arguments for the deploy jar action
manifest_lines: (list[String]) Optional lines added to the jar manifest
"""
classpath_resources = java_attrs.classpath_resources
runtime_classpath = depset(
direct = launcher_info.runtime_jars,
transitive = [
java_attrs.runtime_jars,
java_attrs.runtime_classpath_for_archive,
],
order = "preorder",
)
multi_release = ctx.fragments.java.multi_release_deploy_jars
create_deploy_archive(
ctx,
launcher_info.launcher,
runfiles,
main_class,
coverage_main_class,
java_attrs.resources,
classpath_resources,
runtime_classpath,
manifest_lines,
build_info_files,
build_target,
output = ctx.outputs.deployjar,
shared_archive = shared_archive,
one_version_level = one_version_level,
one_version_allowlist = one_version_allowlist,
multi_release = multi_release,
hermetic = hermetic,
add_exports = add_exports,
add_opens = add_opens,
extra_args = extra_args,
)
if strip_as_default:
create_deploy_archive(
ctx,
launcher_info.unstripped_launcher,
runfiles,
main_class,
coverage_main_class,
java_attrs.resources,
classpath_resources,
runtime_classpath,
manifest_lines,
build_info_files,
build_target,
output = ctx.outputs.unstrippeddeployjar,
multi_release = multi_release,
hermetic = hermetic,
extra_args = extra_args,
)
else:
ctx.actions.write(ctx.outputs.unstrippeddeployjar, "")
def create_deploy_archive(
ctx,
launcher,
runfiles,
main_class,
coverage_main_class,
resources,
classpath_resources,
runtime_classpath,
manifest_lines,
build_info_files,
build_target,
output,
shared_archive = None,
one_version_level = "OFF",
one_version_allowlist = None,
multi_release = False,
hermetic = False,
add_exports = [],
add_opens = [],
extra_args = []):
""" Creates a deploy jar
Requires a Java runtime toolchain if and only if hermetic is True.
Args:
ctx: (RuleContext) The rule context
launcher: (File) the launcher artifact
runfiles: (Depset) the runfiles for the deploy jar
main_class: (String) FQN of the entry point for execution
coverage_main_class: (String) FQN of the entry point for coverage collection
resources: (Depset) resource inputs
classpath_resources: (Depset) classpath resource inputs
runtime_classpath: (Depset) source files to add to the jar
build_target: (String) Name of the build target for stamping
manifest_lines: (list[String]) Optional lines added to the jar manifest
build_info_files: (list[File]) build info files for stamping
build_target: (String) the owner build target label name string
output: (File) the output jar artifact
shared_archive: (File) Optional .jsa artifact
one_version_level: (String) Optional one version check level, default OFF
one_version_allowlist: (File) Optional allowlist for one version check
multi_release: (bool)
hermetic: (bool)
add_exports: (depset)
add_opens: (depset)
extra_args: (list[Args]) Optional arguments for the deploy jar action
"""
input_files = []
input_files.extend(build_info_files)
transitive_input_files = [
resources,
classpath_resources,
runtime_classpath,
runfiles,
]
single_jar = semantics.find_java_toolchain(ctx).single_jar
manifest_lines = list(manifest_lines)
if ctx.configuration.coverage_enabled:
manifest_lines.append("Coverage-Main-Class: %s" % coverage_main_class)
args = ctx.actions.args()
args.set_param_file_format("shell").use_param_file("@%s", use_always = True)
args.add("--output", output)
args.add("--build_target", build_target)
args.add("--normalize")
args.add("--compression")
if main_class:
args.add("--main_class", main_class)
args.add_all("--deploy_manifest_lines", manifest_lines)
args.add_all(build_info_files, before_each = "--build_info_file")
if launcher:
input_files.append(launcher)
args.add("--java_launcher", launcher)
args.add_all("--classpath_resources", classpath_resources)
args.add_all(
"--sources",
runtime_classpath,
map_each = helper.jar_and_target_arg_mapper,
)
if one_version_level != "OFF" and one_version_allowlist:
input_files.append(one_version_allowlist)
args.add("--enforce_one_version")
args.add("--one_version_whitelist", one_version_allowlist)
if one_version_level == "WARNING":
args.add("--succeed_on_found_violations")
if multi_release:
args.add("--multi_release")
if hermetic:
runtime = semantics.find_java_runtime_toolchain(ctx)
if not runtime.lib_modules:
runtime = ctx.toolchains["@//tools/jdk:fallback_hermetic_runtime_toolchain_type"].java_runtime
if runtime.lib_modules != None:
java_home = runtime.java_home
lib_modules = runtime.lib_modules
hermetic_files = runtime.hermetic_files
args.add("--hermetic_java_home", java_home)
args.add("--jdk_lib_modules", lib_modules)
args.add_all("--resources", hermetic_files)
input_files.append(lib_modules)
transitive_input_files.append(hermetic_files)
if shared_archive == None:
shared_archive = runtime.default_cds
if shared_archive:
input_files.append(shared_archive)
args.add("--cds_archive", shared_archive)
args.add_all("--add_exports", add_exports)
args.add_all("--add_opens", add_opens)
inputs = depset(input_files, transitive = transitive_input_files)
ctx.actions.run(
mnemonic = "JavaDeployJar",
progress_message = "Building deploy jar %s" % output.short_path,
executable = single_jar,
inputs = inputs,
tools = [single_jar],
outputs = [output],
arguments = [args] + extra_args,
use_default_shell_env = True,
toolchain = semantics.JAVA_TOOLCHAIN_TYPE,
)
def _implicit_outputs(binary):
binary_name = binary.name
return {
"deployjar": "%s_deploy.jar" % binary_name,
"unstrippeddeployjar": "%s_deploy.jar.unstripped" % binary_name,
}
def make_deploy_jars_rule(
implementation,
*,
create_executable = True,
extra_attrs = {},
extra_toolchains = []):
"""Creates the deploy jar auxiliary rule for java_binary
Args:
implementation: (Function) The rule implementation function
create_executable: (bool) The value of the create_executable attribute of java_binary
extra_toolchains: (list[String]) Additional toolchains
Returns:
The deploy jar rule class
"""
toolchains = [semantics.JAVA_TOOLCHAIN] + cc_helper.use_cpp_toolchain()
if create_executable:
toolchains.append(semantics.JAVA_RUNTIME_TOOLCHAIN)
toolchains.extend(extra_toolchains)
return rule(
implementation = implementation,
attrs = {
"binary": attr.label(mandatory = True),
# TODO(b/245144242): Used by IDE integration, remove when toolchains are used
"_java_toolchain": attr.label(
default = semantics.JAVA_TOOLCHAIN_LABEL,
providers = [java_common.JavaToolchainInfo],
),
"_java_toolchain_type": attr.label(default = semantics.JAVA_TOOLCHAIN_TYPE),
"_build_info_translator": attr.label(
default = semantics.BUILD_INFO_TRANSLATOR_LABEL,
),
} | extra_attrs,
outputs = _implicit_outputs,
fragments = ["java"],
toolchains = toolchains,
)