Update from Google.
--
MOE_MIGRATED_REVID=85702957
diff --git a/base_workspace/tools/build_rules/java_rules_oss.bzl b/base_workspace/tools/build_rules/java_rules_oss.bzl
new file mode 100644
index 0000000..dcd2329
--- /dev/null
+++ b/base_workspace/tools/build_rules/java_rules_oss.bzl
@@ -0,0 +1,233 @@
+# Copyright 2014 Google Inc. 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.
+
+java_filetype = FileType([".java"])
+jar_filetype = FileType([".jar"])
+srcjar_filetype = FileType([".jar", ".srcjar"])
+
+JAVA_PATH='tools/jdk/jdk/bin/'
+
+def is_windows(config):
+ return config.fragment(cpp).compiler.startswith("windows_")
+
+def path_separator(ctx):
+ if is_windows(ctx.configuration):
+ return ";"
+ else:
+ return ":"
+
+# This is a quick and dirty rule to make Bazel compile itself. It's not
+# production ready.
+
+def java_library_impl(ctx):
+ class_jar = ctx.outputs.class_jar
+ compile_time_jars = set(order="link")
+ runtime_jars = set(order="link")
+ for dep in ctx.targets.deps:
+ compile_time_jars += dep.compile_time_jars
+ runtime_jars += dep.runtime_jars
+
+ jars = jar_filetype.filter(ctx.files.jars)
+ compile_time_jars += jars
+ runtime_jars += jars
+ compile_time_jars_list = list(compile_time_jars) # TODO: This is weird.
+
+ build_output = class_jar.path + ".build_output"
+ sources = ctx.files.srcs
+
+ sources_param_file = ctx.new_file(
+ ctx.configuration.bin_dir, class_jar, "-2.params")
+ ctx.file_action(
+ output = sources_param_file,
+ content = cmd_helper.join_paths("\n", set(sources)),
+ executable = False)
+
+ # Cleaning build output directory
+ cmd = "set -e;rm -rf " + build_output + ";mkdir " + build_output + "\n"
+ if ctx.files.srcs:
+ cmd += JAVA_PATH + "javac"
+ if compile_time_jars:
+ cmd += " -classpath '" + cmd_helper.join_paths(path_separator(ctx), compile_time_jars) + "'"
+ cmd += " -d " + build_output + " @" + sources_param_file.path + "\n"
+
+ # We haven't got a good story for where these should end up, so
+ # stick them in the root of the jar.
+ for r in ctx.files.resources:
+ cmd += "cp %s %s\n" % (r.path, build_output)
+ cmd += (JAVA_PATH + "jar cf " + class_jar.path + " -C " + build_output + " .\n" +
+ "touch " + build_output + "\n")
+ ctx.action(
+ inputs = (sources + compile_time_jars_list + [sources_param_file] +
+ ctx.files.resources),
+ outputs = [class_jar],
+ mnemonic='Javac',
+ command=cmd,
+ use_default_shell_env=True)
+
+ runfiles = ctx.runfiles(collect_data = True)
+
+ return struct(files = set([class_jar]),
+ compile_time_jars = compile_time_jars + [class_jar],
+ runtime_jars = runtime_jars + [class_jar],
+ runfiles = runfiles)
+
+
+def java_binary_impl(ctx):
+ library_result = java_library_impl(ctx)
+
+ deploy_jar = ctx.outputs.deploy_jar
+ manifest = ctx.outputs.manifest
+ build_output = deploy_jar.path + ".build_output"
+ main_class = ctx.attr.main_class
+ ctx.file_action(
+ output = manifest,
+ content = "Main-Class: " + main_class + "\n",
+ executable = False)
+
+ # Cleaning build output directory
+ cmd = "set -e;rm -rf " + build_output + ";mkdir " + build_output + "\n"
+ for jar in library_result.runtime_jars:
+ cmd += "unzip -qn " + jar.path + " -d " + build_output + "\n"
+ cmd += (JAVA_PATH + "jar cmf " + manifest.path + " " +
+ deploy_jar.path + " -C " + build_output + " .\n" +
+ "touch " + build_output + "\n")
+
+ ctx.action(
+ inputs=list(library_result.runtime_jars) + [manifest],
+ outputs=[deploy_jar],
+ mnemonic='Deployjar',
+ command=cmd,
+ use_default_shell_env=True)
+
+ # Write the wrapper.
+ executable = ctx.outputs.executable
+ ctx.file_action(
+ output = executable,
+ content = '\n'.join([
+ "#!/bin/bash",
+ "# autogenerated - do not edit.",
+ "case \"$0\" in",
+ "/*) self=\"$0\" ;;",
+ "*) self=\"$PWD/$0\";;",
+ "esac",
+ "",
+ "if [[ -z \"$JAVA_RUNFILES\" ]]; then",
+ " if [[ -e \"${self}.runfiles\" ]]; then",
+ " export JAVA_RUNFILES=\"${self}.runfiles\"",
+ " fi",
+ " if [[ -n \"$JAVA_RUNFILES\" ]]; then",
+ " export TEST_SRCDIR=${TEST_SRCDIR:-$JAVA_RUNFILES}",
+ " fi",
+ "fi",
+ "",
+
+ "jvm_bin=%s" % (ctx.file.javabin.path),
+ "if [[ ! -x ${jvm_bin} ]]; then",
+ " jvm_bin=$(which java)",
+ "fi",
+
+ # We extract the .so into a temp dir. If only we could mmap
+ # directly from the zip file.
+ "DEPLOY=$(dirname $self)/$(basename %s)" % deploy_jar.path,
+
+ # This works both on Darwin and Linux, with the darwin path
+ # looking like tmp.XXXXXXXX.{random}
+ "SO_DIR=$(mktemp -d -t tmp.XXXXXXXXX)",
+ "function cleanup() {",
+ " rm -rf ${SO_DIR}",
+ "}",
+ "trap cleanup EXIT",
+ "unzip -q -d ${SO_DIR} ${DEPLOY} \"*.so\" \"*.dll\" \"*.dylib\" >& /dev/null",
+ ("${jvm_bin} -Djava.library.path=${SO_DIR} %s -jar $DEPLOY \"$@\""
+ % ' '.join(ctx.attr.jvm_flags)) ,
+ "",
+ ]),
+ executable = True)
+
+ runfiles = ctx.runfiles(files = [
+ deploy_jar, executable] + ctx.files.jvm, collect_data = True)
+ files_to_build = set([deploy_jar, manifest, executable])
+ files_to_build += library_result.files
+
+ return struct(files = files_to_build, runfiles = runfiles)
+
+
+def java_import_impl(ctx):
+ # TODO(bazel-team): Why do we need to filter here? The attribute
+ # already says only jars are allowed.
+ jars = set(jar_filetype.filter(ctx.files.jars))
+ runfiles = ctx.runfiles(collect_data = True)
+ return struct(files = jars,
+ compile_time_jars = jars,
+ runtime_jars = jars,
+ runfiles = runfiles)
+
+
+java_library_attrs = {
+ "data": attr.label_list(allow_files=True, cfg=DATA_CFG),
+ "resources": attr.label_list(allow_files=True),
+ "srcs": attr.label_list(allow_files=java_filetype),
+ "jars": attr.label_list(allow_files=jar_filetype),
+ "deps": attr.label_list(
+ allow_files=False,
+ providers = ["compile_time_jars", "runtime_jars"]),
+ }
+
+java_library = rule(
+ java_library_impl,
+ attrs = java_library_attrs,
+ outputs = {
+ "class_jar": "lib%{name}.jar",
+ })
+
+java_binary_attrs_common = java_library_attrs + {
+ "jvm_flags": attr.string_list(),
+ "jvm": attr.label(default=Label("//tools/jdk:jdk"), allow_files=True),
+ "javabin": attr.label(default=Label("//tools/jdk:java"), single_file=True),
+ "args": attr.string_list(),
+}
+
+java_binary_attrs = java_binary_attrs_common + {
+ "main_class": attr.string(mandatory=True),
+}
+
+java_binary_outputs = {
+ "class_jar": "lib%{name}.jar",
+ "deploy_jar": "%{name}_deploy.jar",
+ "manifest": "%{name}_MANIFEST.MF"
+}
+
+java_binary = rule(java_binary_impl,
+ executable = True,
+ attrs = java_binary_attrs,
+ outputs = java_binary_outputs)
+
+java_test = rule(java_binary_impl,
+ executable = True,
+ attrs = java_binary_attrs_common + {
+ "main_class": attr.string(default="org.junit.runner.JUnitCore"),
+ # TODO(bazel-team): it would be better if we could offer a
+ # test_class attribute, but the "args" attribute is hard
+ # coded in the bazel infrastructure.
+ },
+ outputs = java_binary_outputs,
+ test = True,
+)
+
+java_import = rule(
+ java_import_impl,
+ attrs = {
+ "jars": attr.label_list(allow_files=jar_filetype),
+ "srcjar": attr.label(allow_files=srcjar_filetype),
+ })
