Merge "Pass input variables to product config" am: 8fb2d834 am: d8b85632

  .KATI_READONLY := TARGET_DEVICE_DIR

endif

# Dumps all variables that match [A-Z][A-Z0-9_]* to the file at $(1)

# It is used to print only the variables that are likely to be relevant to the

# board configuration.

define dump-public-variables

$(file >$(OUT_DIR)/dump-public-variables-temp.txt,$(subst $(space),$(newline),$(.VARIABLES)))\

$(file >$(1),\

$(foreach v, $(shell grep -he "^[A-Z][A-Z0-9_]*$$" $(OUT_DIR)/dump-public-variables-temp.txt | grep -vhE "^(SOONG_.*|LOCAL_PATH|TOPDIR|PRODUCT_COPY_OUT_.*)$$"),\

$(v) := $(strip $($(v)))$(newline)))

endef

# TODO(colefaust) change this if to RBC_PRODUCT_CONFIG when

# the board configuration is known to work on everything

# the product config works on.

include $(board_config_mk)

else

  $(shell mkdir -p $(OUT_DIR)/rbc)

  $(call dump-public-variables, $(OUT_DIR)/rbc/make_vars_pre_board_config.mk)

  $(call dump-variables-rbc, $(OUT_DIR)/rbc/make_vars_pre_board_config.mk)

  $(shell $(OUT_DIR)/soong/mk2rbc \

    --mode=write -r --outdir $(OUT_DIR)/rbc \

endif

#################################################################

# Dumps all variables that match [A-Z][A-Z0-9_]* (with a few exceptions)

# to the file at $(1). It is used to print only the variables that are

# likely to be relevant to the product or board configuration.

define dump-variables-rbc

$(file >$(OUT_DIR)/dump-variables-rbc-temp.txt,$(subst $(space),$(newline),$(.VARIABLES)))\

$(file >$(1),\

$(foreach v, $(shell grep -he "^[A-Z][A-Z0-9_]*$$" $(OUT_DIR)/dump-variables-rbc-temp.txt | grep -vhE "^(SOONG_.*|LOCAL_PATH|TOPDIR|PRODUCT_COPY_OUT_.*)$$"),\

$(v) := $(strip $($(v)))$(newline)))

endef

# Read the product specs so we can get TARGET_DEVICE and other

# variables that we need in order to locate the output files.

include $(BUILD_SYSTEM)/product_config.mk

# Copyright 2021 Google LLC

#

# 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

#

#      https://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.

load(":build_id.rbc|init", _build_id_init = "init")

def _all_versions():

    """Returns all known versions."""

    versions = ["OPR1", "OPD1", "OPD2", "OPM1", "OPM2", "PPR1", "PPD1", "PPD2", "PPM1", "PPM2", "QPR1"]

    for v in ("Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z"):

        for e in ("P1A", "P1B", "P2A", "P2B", "D1A", "D1B", "D2A", "D2B", "Q1A", "Q1B", "Q2A", "Q2B", "Q3A", "Q3B"):

            versions.append(v + e)

    return versions

def _allowed_versions(all_versions, min_version, max_version, default_version):

    """Checks that version range and default versions is valid, returns all versions in range."""

    for v in (min_version, max_version, default_version):

        if v not in all_versions:

            fail("% is invalid" % v)

    min_i = all_versions.index(min_version)

    max_i = all_versions.index(max_version)

    def_i = all_versions.index(default_version)

    if min_i > max_i:

        fail("%s should come before %s in the version list" % (min_version, max_version))

    if def_i < min_i or def_i > max_i:

        fail("%s should come between % and %s" % (default_version, min_version, max_version))

    return all_versions[min_i:max_i + 1]

# This function is a manual conversion of the version_defaults.mk

def _versions_default(g, all_versions, v):

    """Handle various build version information.

    Guarantees that the following are defined:

     PLATFORM_VERSION

     PLATFORM_SDK_VERSION

     PLATFORM_VERSION_CODENAME

     DEFAULT_APP_TARGET_SDK

     BUILD_ID

     BUILD_NUMBER

     PLATFORM_SECURITY_PATCH

     PLATFORM_VNDK_VERSION

     PLATFORM_SYSTEMSDK_VERSIONS

    """

    # If build_id.rbc exists, it may override some of the defaults.

    # Note that build.prop target also wants INTERNAL_BUILD_ID_MAKEFILE to be set if the file exists.

    if _build_id_init != None:

        _build_id_init(g)

        g["INTERNAL_BUILD_ID_MAKEFILE"] = "build/make/core/build_id"

    allowed_versions = _allowed_versions(all_versions, v.min_platform_version, v.max_platform_version, v.default_platform_version)

    g.setdefault("TARGET_PLATFORM_VERSION", v.default_platform_version)

    if g["TARGET_PLATFORM_VERSION"] not in allowed_versions:

        fail("% is not valid, must be one of %s" % (g["TARGET_PLATFORM_VERSION"], allowed_versions))

    g["DEFAULT_PLATFORM_VERSION"] = v.default_platform_version

    g["PLATFORM_VERSION_LAST_STABLE"] = v.platform_version_last_stable

    target_platform_version = g["TARGET_PLATFORM_VERSION"]

    if v.codenames[target_platform_version]:

        g.setdefault("PLATFORM_VERSION_CODENAME", v.codenames[target_platform_version])

    else:

        g.setdefault("PLATFORM_VERSION_CODENAME", target_platform_version)

    # TODO(asmundak): set PLATFORM_VERSION_ALL_CODENAMES

    g.setdefault("PLATFORM_SDK_VERSION", v.platform_sdk_version)

    version_codename = g["PLATFORM_VERSION_CODENAME"]

    if version_codename == "REL":

        g.setdefault("PLATFORM_VERSION", g["PLATFORM_VERSION_LAST_STABLE"])

        g["PLATFORM_PREVIEW_SDK_VERSION"] = 0

        g.setdefault("DEFAULT_APP_TARGET_SDK", g["PLATFORM_SDK_VERSION"])

        g.setdefault("PLATFORM_VNDK_VERSION", g["PLATFORM_SDK_VERSION"])

    else:

        g.setdefault("PLATFORM_VERSION", version_codename)

        g.setdefault("PLATFORM_PREVIEW_SDK_VERSION", 1)

        g.setdefault("DEFAULT_APP_TARGET_SDK", version_codename)

        g.setdefault("PLATFORM_VNDK_VERSION", version_codename)

    g.setdefault("PLATFORM_SYSTEMSDK_MIN_VERSION", 28)

    versions = [str(i) for i in range(g["PLATFORM_SYSTEMSDK_MIN_VERSION"], g["PLATFORM_SDK_VERSION"] + 1)]

    versions.append(version_codename)

    g["PLATFORM_SYSTEMSDK_VERSIONS"] = sorted(versions)

    #  Used to indicate the security patch that has been applied to the device.

    #  It must signify that the build includes all security patches issued up through the designated Android Public Security Bulletin.

    #  It must be of the form "YYYY-MM-DD" on production devices.

    #  It must match one of the Android Security Patch Level strings of the Public Security Bulletins.

    #  If there is no $PLATFORM_SECURITY_PATCH set, keep it empty.

    g.setdefault("PLATFORM_SECURITY_PATCH", v.platform_security_patch)

    dt = 'TZ="GMT" %s' % g["PLATFORM_SECURITY_PATCH"]

    g.setdefault("PLATFORM_SECURITY_PATCH_TIMESTAMP", rblf_shell("date -d '%s' +%%s" % dt))

    # Used to indicate the base os applied to the device. Can be an arbitrary string, but must be a single word.

    # If there is no $PLATFORM_BASE_OS set, keep it empty.

    g.setdefault("PLATFORM_BASE_OS", "")

    # Used to signify special builds.  E.g., branches and/or releases, like "M5-RC7".  Can be an arbitrary string, but

    # must be a single word and a valid file name. If there is no BUILD_ID set, make it obvious.

    g.setdefault("BUILD_ID", "UNKNOWN")

    # BUILD_NUMBER should be set to the source control value that represents the current state of the source code.

    # E.g., a perforce changelist number or a git hash.  Can be an arbitrary string (to allow for source control that

    # uses something other than numbers), but must be a single word and a valid file name.

    #

    # If no BUILD_NUMBER is set, create a useful "I am an engineering build from this date/time" value.  Make it start

    # with a non-digit so that anyone trying to parse it as an integer will probably get "0".

    g.setdefault("BUILD_NUMBER", "eng.%s.%s" % (g["USER"], "TIMESTAMP"))

    # Used to set minimum supported target sdk version. Apps targeting SDK version lower than the set value will result

    # in a warning being shown when any activity from the app is started.

    g.setdefault("PLATFORM_MIN_SUPPORTED_TARGET_SDK_VERSION", 23)

    # This is the sdk extension version of this tree.

    g["PLATFORM_SDK_EXTENSION_VERSION"] = v.platform_sdk_extension_version

    # This is the sdk extension version that PLATFORM_SDK_VERSION ships with.

    g["PLATFORM_BASE_SDK_EXTENSION_VERSION"] = v.platform_base_sdk_extension_version

def init(g, v):

    """Initializes globals.

    The code is the Starlark counterpart of the contents of the

    envsetup.mk file.

    Args:

        g: globals dictionary

        v: version info struct

    """

    all_versions = _all_versions()

    _versions_default(g, all_versions, v)

    for v in all_versions:

        g["IS_AT_LEAST" + v] = True

        if v == g["TARGET_PLATFORM_VERSION"]:

            break

    # ---------------------------------------------------------------

    # If you update the build system such that the environment setup or buildspec.mk need to be updated,

    # increment this number, and people who haven't re-run those will have to do so before they can build.

    # Make sure to also update the corresponding value in buildspec.mk.default and envsetup.sh.

    g["CORRECT_BUILD_ENV_SEQUENCE_NUMBER"] = 13

    g.setdefault("TARGET_PRODUCT", "aosp_arm")

    g.setdefault("TARGET_BUILD_VARIANT", "eng")

    g.setdefault("TARGET_BUILD_APPS", [])

    g["TARGET_BUILD_UNBUNDLED"] = (g["TARGET_BUILD_APPS"] != []) or (getattr(g, "TARGET_BUILD_UNBUNDLED_IMAGE", "") != "")

    # ---------------------------------------------------------------

    # Set up configuration for host machine.  We don't do cross-compiles except for arm, so the HOST

    # is whatever we are running on.

    host = rblf_shell("uname -sm")

    if host.find("Linux") >= 0:

        g["HOST_OS"] = "linux"

    elif host.find("Darwin") >= 0:

        g["HOST_OS"] = "darwin"

    else:

        fail("Cannot run on %s OS" % host)

    # TODO(asmundak): set g.HOST_OS_EXTRA

    g["BUILD_OS"] = g["HOST_OS"]

    # TODO(asmundak): check cross-OS build

    if host.find("x86_64") >= 0:

        g["HOST_ARCH"] = "x86_64"

        g["HOST_2ND_ARCH"] = "x86"

        g["HOST_IS_64_BIT"] = True

    elif host.find("i686") >= 0 or host.find("x86") >= 0:

        fail("Building on a 32-bit x86 host is not supported: %s" % host)

    elif g["HOST_OS"] == "darwin":

        g["HOST_2ND_ARCH"] = ""

    g["HOST_2ND_ARCH_VAR_PREFIX"] = "2ND_"

    g["HOST_2ND_ARCH_MODULE_SUFFIX"] = "_32"

    g["HOST_CROSS_2ND_ARCH_VAR_PREFIX"] = "2ND_"

    g["HOST_CROSS_2ND_ARCH_MODULE_SUFFIX"] = "_64"

    g["TARGET_2ND_ARCH_VAR_PREFIX"] = "2ND_"

    # TODO(asmundak): envsetup.mk lines 216-226:

    # convert combo-related stuff from combo/select.mk

    # on windows, the tools have .exe at the end, and we depend on the

    # host config stuff being done first

    g["BUILD_ARCH"] = g["HOST_ARCH"]

    g["BUILD_2ND_ARCH"] = g["HOST_2ND_ARCH"]

    # the host build defaults to release, and it must be release or debug

    g.setdefault("HOST_BUILD_TYPE", "release")

    if g["HOST_BUILD_TYPE"] not in ["release", "debug"]:

        fail("HOST_BUILD_TYPE must be either release or debug, not '%s'" % g["HOST_BUILD_TYPE"])

    g.update([

	    ("TARGET_COPY_OUT_VENDOR", "||VENDOR-PATH-PH||"),

    	("TARGET_COPY_OUT_PRODUCT", "||PRODUCT-PATH-PH||"),

	    ("TARGET_COPY_OUT_PRODUCT_SERVICES", "||PRODUCT-PATH-PH||"),

	    ("TARGET_COPY_OUT_SYSTEM_EXT", "||SYSTEM_EXT-PATH-PH||"),

	    ("TARGET_COPY_OUT_ODM", "||ODM-PATH-PH||"),

	    ("TARGET_COPY_OUT_VENDOR_DLKM", "||VENDOR_DLKM-PATH-PH||"),

	    ("TARGET_COPY_OUT_ODM_DLKM", "||ODM_DLKM-PATH-PH||"),

        ])

    # TODO(asmundak): there is more stuff in envsetup.mk lines 249-292, but

    # it does not seem to affect product configuration. Revisit this.

    g["ART_APEX_JARS"] = [

        "com.android.art:core-oj",

        "com.android.art:core-libart",

        "com.android.art:okhttp",

        "com.android.art:bouncycastle",

        "com.android.art:apache-xml",

    ]

    if g.get("TARGET_BUILD_TYPE", "") != "debug":

        g["TARGET_BUILD_TYPE"] = "release"

ifndef RBC_PRODUCT_CONFIG

$(call import-products, $(current_product_makefile))

else

  $(shell build/soong/scripts/update_out $(OUT_DIR)/rbctemp.mk \

      build/soong/scripts/rbc-run $(current_product_makefile))

  $(shell mkdir -p $(OUT_DIR)/rbc)

  $(call dump-variables-rbc, $(OUT_DIR)/rbc/make_vars_pre_product_config.mk)

  $(shell build/soong/scripts/update_out \

    $(OUT_DIR)/rbc/rbc_product_config_results.mk \

    build/soong/scripts/rbc-run \

    $(current_product_makefile) \

    $(OUT_DIR)/rbc/make_vars_pre_product_config.mk)

  ifneq ($(.SHELLSTATUS),0)

    $(error product configuration converter failed: $(.SHELLSTATUS))

  endif

  include $(OUT_DIR)/rbctemp.mk

  include $(OUT_DIR)/rbc/rbc_product_config_results.mk

  PRODUCTS += $(current_product_makefile)

endif

endif  # Import all or just the current product makefile

# See the License for the specific language governing permissions and

# limitations under the License.

load("//build/make/core:envsetup.rbc", _envsetup_init = "init")

"""Runtime functions."""

_soong_config_namespaces_key = "$SOONG_CONFIG_NAMESPACES"

_dist_for_goals_key = "$dist_for_goals"

def _init_globals(version_info):

    """Returns dict created from the runtime environment."""

    globals = dict()

    # Environment variables

    for k in dir(rblf_env):

        globals[k] = getattr(rblf_env, k)

    # Variables set as var=value command line arguments

    for k in dir(rblf_cli):

        globals[k] = getattr(rblf_cli, k)

def _init_globals(input_variables_init):

    """Initializes dictionaries of global variables.

    This function runs the given input_variables_init function,

    passing it a globals dictionary and a handle as if it

    were a regular product. It then returns 2 copies of

    the globals dictionary, so that one can be kept around

    to diff changes made to the other later.

    """

    globals_base = {"PRODUCT_SOONG_NAMESPACES": []}

    input_variables_init(globals_base, __h_new())

    globals.setdefault("PRODUCT_SOONG_NAMESPACES", [])

    _envsetup_init(globals, version_info)

    # Rerun input_variables_init to produce a copy

    # of globals_base, because starlark doesn't support

    # deep copying objects.

    globals = {"PRODUCT_SOONG_NAMESPACES": []}

    input_variables_init(globals, __h_new())

    # Variables that should be defined.

    mandatory_vars = [

        "PLATFORM_VERSION",

        "PRODUCT_SOONG_NAMESPACES",

        # TODO(asmundak): do we need TARGET_ARCH? AOSP does not reference it

        "TARGET_BUILD_TYPE",

        "TARGET_BUILD_VARIANT",

        "TARGET_PRODUCT",

    ]

    for bv in mandatory_vars:

        if not bv in globals:

            fail(bv, " is not defined")

    return globals

    return (globals, globals_base)

def __print_attr(attr, value):

    # Allow using empty strings to clear variables, but not None values

    seen = {item: 0 for item in value_list}

    return sorted(seen.keys()) if _options.rearrange == "sort" else seen.keys()

def _product_configuration(top_pcm_name, top_pcm, version_info):

def _product_configuration(top_pcm_name, top_pcm, input_variables_init):

    """Creates configuration."""

    # Product configuration is created by traversing product's inheritance

    # PCM means "Product Configuration Module", i.e., a Starlark file

    # whose body consists of a single init function.

    globals_base = _init_globals(version_info)

    globals = dict(**globals_base)

    globals, globals_base = _init_globals(input_variables_init)

    config_postfix = []  # Configs in postfix order

    filter = _filter,

    filter_out = _filter_out,

    find_and_copy = _find_and_copy,

    init_globals = _init_globals,

    inherit = _inherit,

    indirect = _indirect,

    mk2rbc_error = _mk2rbc_error,