# Copyright 2018 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. """Bazel common library for the Android rules.""" load(":java.bzl", _java = "java") load(":utils.bzl", "get_android_sdk", "get_android_toolchain", _log = "log") # TODO(ostonge): Remove once kotlin/jvm_library.internal.bzl # is updated and released to use the java.resolve_package function def _java_package(label, custom_package): return _java.resolve_package_from_label(label, custom_package) # Validates that the packages listed under "deps" all have the given constraint. If a package # does not have this attribute, an error is generated. def _validate_constraints(targets, constraint): for target in targets: if JavaInfo in target: if constraint not in java_common.get_constraints(target[JavaInfo]): _log.error("%s: does not have constraint '%s'" % (target.label, constraint)) TARGET_DNE = "Target '%s' does not exist or is a file and is not allowed." def _check_rule(targets): _validate_constraints(targets, "android") def _get_java_toolchain(ctx): if not hasattr(ctx.attr, "_java_toolchain"): _log.error("Missing _java_toolchain attr") return ctx.attr._java_toolchain def _get_host_javabase(ctx): if not hasattr(ctx.attr, "_host_javabase"): _log.error("Missing _host_javabase attr") return ctx.attr._host_javabase def _sign_apk(ctx, unsigned_apk, signed_apk, keystore = None, signing_keys = [], signing_lineage = None): """Signs an apk. Usage of keystore is deprecated. Prefer using signing_keys.""" inputs = [unsigned_apk] signer_args = ctx.actions.args() signer_args.add("sign") if signing_keys: inputs.extend(signing_keys) for i, key in enumerate(signing_keys): if i > 0: signer_args.add("--next-signer") signer_args.add("--ks") signer_args.add(key.path) signer_args.add("--ks-pass") signer_args.add("pass:android") if signing_lineage: inputs.append(signing_lineage) signer_args.add("--lineage", signing_lineage.path) elif keystore: inputs.append(keystore) signer_args.add("--ks", keystore.path) signer_args.add("--ks-pass", "pass:android") signer_args.add("--v1-signing-enabled", ctx.fragments.android.apk_signing_method_v1) signer_args.add("--v1-signer-name", "CERT") signer_args.add("--v2-signing-enabled", ctx.fragments.android.apk_signing_method_v2) signer_args.add("--out", signed_apk.path) signer_args.add(unsigned_apk.path) ctx.actions.run( executable = get_android_sdk(ctx).apk_signer, inputs = inputs, outputs = [signed_apk], arguments = [signer_args], mnemonic = "ApkSignerTool", progress_message = "Signing APK for %s" % unsigned_apk.path, ) return signed_apk def _filter_zip(ctx, in_zip, out_zip, filters = []): """Creates a copy of a zip file with files that match filters.""" args = ctx.actions.args() args.add("-q") args.add(in_zip.path) args.add_all(filters) args.add("--copy") args.add("--out") args.add(out_zip.path) ctx.actions.run( executable = get_android_toolchain(ctx).zip_tool.files_to_run, arguments = [args], inputs = [in_zip], outputs = [out_zip], mnemonic = "FilterZip", progress_message = "Filtering %s" % in_zip.short_path, ) common = struct( check_rule = _check_rule, get_host_javabase = _get_host_javabase, get_java_toolchain = _get_java_toolchain, filter_zip = _filter_zip, java_package = _java_package, sign_apk = _sign_apk, )