Android 编译脚本 envsetup.sh
张权
版本： android-12.0.0_r3
目录： build/envsetup.sh
function hmm() {
cat <<EOF
Run "m help" for help with the build system itself.
运行“m help”以获取有关构建系统本身的帮助
Invoke ". build/envsetup.sh" from your shell to add the following functions to your environment:
从您的 shell 中调用“.build/envsetup.sh”以将以下函数添加到您的环境中：
- lunch: lunch <product_name>-<build_variant>
选择编译的目标
Selects <product_name> as the product to build, and <build_variant> as the
variant to build, and stores those selections in the environment to be read
by subsequent invocations of 'm' etc.
选择 <product_name> 作为要构建的产品，选择 <build_variant> 作为要构建的变体构
建，并将这些选择存储在环境中以供后续读取调用 'm' 等。
- tapas: tapas [<App1> <App2> ...] [arm|x86|arm64|x86_64] [eng|userdebug|user]
Sets up the build environment for building unbundled apps (APKs).
设置用于构建非捆绑应用 (APK) 的构建环境
- banchan: banchan <module1> [<module2> ...] [arm|x86|arm64|x86_64]
[eng|userdebug|user]
Sets up the build environment for building unbundled modules (APEXes).
设置用于构建非捆绑模块 (APEX) 的构建环境。
- croot: Changes directory to the top of the tree, or a subdirectory thereof.
将目录更改为树的顶部或其子目录。
改变当前路径到Android源码的根目录
- m: Makes from the top of the tree.
编译整个Android项目
- mm: Builds and installs all of the modules in the current directory, and their
dependencies.
生成并安装当前目录中的所有模块及其依赖项。
编译当前目录下所有的模块
- mmm: Builds and installs all of the modules in the supplied directories, and
their dependencies.
在提供的目录中构建并安装所有模块，以及他们的依赖关系
编译通过参数指定的模块，例如mmm dalvik/dexdump
To limit the modules being built use the syntax: mmm dir/:target1,target2.
要限制正在构建的模块，请使用以下语法：mmm dir/：target1、target2
- mma: Same as 'mm' 跟 mm 一样
- mmma: Same as 'mmm' 跟 mmm 一样
- provision: Flash device with all required partitions. Options will be passed on to
fastboot.
具有所有必需分区的闪存设备。选项将传递给 fastboot。
- cgrep: Greps on all local C/C++ files.
对所有本地 C/C++ 文件进行 Greps
查询当前目录及子目录下所有符合查询条件的C文件（*.c, *.cc, *.cpp, *.h）
- ggrep: Greps on all local Gradle files.
对所有本地 Gradle 文件进行 Greps。
- gogrep: Greps on all local Go files.
对所有本地 Go 文件进行 Greps。
- jgrep: Greps on all local Java files.
对所有本地 Java 文件进行 Greps。
查询当前目录及子目录下所有符合查询条件的JAVA文件（*.java）
- ktgrep: Greps on all local Kotlin files.
对所有本地 kotlin 文件进行 Greps。
- resgrep: Greps on all local res/*.xml files.
对所有本地 res/*.xml 文件进行 Greps。
查询当前目录及子目录下所有资源相关的文件（*.xml）
- mangrep: Greps on all local AndroidManifest.xml files.
对所有本地AndroidManifest.xml 文件进行 Greps。
- mgrep: Greps on all local Makefiles and *.bp files.
对所有本地 Makefile 和 *.bp 文件进行 Greps。
- owngrep: Greps on all local OWNERS files.
对所有本地 OWNERS 文件进行 Greps。
- rsgrep: Greps on all local Rust files.
对所有本地 Rust 文件进行 Greps。
- sepgrep: Greps on all local sepolicy files.
对所有本地 sepolicy 文件进行 Greps。
- sgrep: Greps on all local source files.
对所有本地源文件进行 Greps。
- godir: Go to the directory containing a file.
转到包含文件的目录。
- allmod: List all modules.
列出所有模块
- gomod: Go to the directory containing a module.
转到包含模块的目录。
- pathmod: Get the directory containing a module.
获取包含模块的目录。
- outmod: Gets the location of a module's installed outputs with a certain extension.
获取具有特定扩展名的模块已安装输出的位置。
- dirmods: Gets the modules defined in a given directory.
获取给定目录中定义的模块。
- installmod: Adb installs a module's built APK.
Adb 安装模块的构建 APK。
- refreshmod: Refresh list of modules for allmod/gomod/pathmod/outmod/installmod.
刷新 allmod/gomod/pathmod/outmod/installmod 的模块列表。
- syswrite: Remount partitions (e.g. system.img) as writable, rebooting if necessary.
将分区（例如 system.img）重新挂载为可写，必要时重新启动。
Environment options:
环境选项
- SANITIZE_HOST: Set to 'address' to use ASAN for all host modules.
SANITIZE_HOST：设置为“地址”以对所有主机模块使用 ASAN。
- ANDROID_QUIET_BUILD: set to 'true' to display only the essential messages.
ANDROID_QUIET_BUILD：设置为“true”以仅显示基本消息。
Look at the source to view more functions. The complete list is:
查看源代码以查看更多功能。完整列表是
EOF
local T=$(gettop)
local A=""
local i
for i in `cat $T/build/envsetup.sh | sed -n "/^[[:blank:]]*function /s/function \([a-z_]*\).*/\1/p" | sort | uniq`; do
A="$A $i"
done
echo $A
}
# Get all the build variables needed by this script in a single call to the build system.
# 在对构建系统的一次调用中获取此脚本所需的所有构建变量。
function build_build_var_cache()
{
local T=$(gettop)
# Grep out the variable names from the script.
# 从脚本中找出变量名
cached_vars=(`cat $T/build/envsetup.sh | tr '()' ' ' | awk '{for(i=1;i<=NF;i++) if($i~/get_build_var/) print $(i+1)}' | sort -u | tr '\n' ' '`)
cached_abs_vars=(`cat $T/build/envsetup.sh | tr '()' ' ' | awk '{for(i=1;i<=NF;i++) if($i~/get_abs_build_var/) print $(i+1)}' | sort -u | tr '\n' ' '`)
# Call the build system to dump the "<val>=<value>" pairs as a shell script.
# 调用构建系统将“<val>=<value>”对转储为 shell 脚本。
build_dicts_script=`\builtin cd $T; build/soong/soong_ui.bash --dumpvars-mode \
--vars="${cached_vars[*]}" \
--abs-vars="${cached_abs_vars[*]}" \
--var-prefix=var_cache_ \
--abs-var-prefix=abs_var_cache_`
local ret=$?
if [ $ret -ne 0 ]
then
unset build_dicts_script
return $ret
fi
# Execute the script to store the "<val>=<value>" pairs as shell variables.
# 执行脚本以将“<val>=<value>”对存储为 shell 变量。
eval "$build_dicts_script"
ret=$?
unset build_dicts_script
if [ $ret -ne 0 ]
then
return $ret
fi
BUILD_VAR_CACHE_READY="true"
}
# Delete the build var cache, so that we can still call into the build system
# to get build variables not listed in this script.
# 删除build var缓存，这样我们仍然可以调用build系统来获取这个脚本中没有列出的构建变量。
function destroy_build_var_cache()
{
unset BUILD_VAR_CACHE_READY
local v
for v in $cached_vars; do
unset var_cache_$v
done
unset cached_vars
for v in $cached_abs_vars; do
unset abs_var_cache_$v
done
unset cached_abs_vars
}
# Get the value of a build variable as an absolute path.
# 获取构建变量的值作为绝对路径。
function get_abs_build_var()
{
if [ "$BUILD_VAR_CACHE_READY" = "true" ]
then
eval "echo \"\${abs_var_cache_$1}\""
return
fi
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return
fi
(\cd $T; build/soong/soong_ui.bash --dumpvar-mode --abs $1)
}
# Get the exact value of a build variable.
# 获取构建变量的确切值。
function get_build_var()
{
if [ "$BUILD_VAR_CACHE_READY" = "true" ]
then
eval "echo \"\${var_cache_$1}\""
return 0
fi
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return 1
fi
(\cd $T; build/soong/soong_ui.bash --dumpvar-mode $1)
}
# check to see if the supplied product is one we can build
# 检查提供的产品是否是我们可以build
function check_product()
{
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return
fi
TARGET_PRODUCT=$1 \
TARGET_BUILD_VARIANT= \
TARGET_BUILD_TYPE= \
TARGET_BUILD_APPS= \
get_build_var TARGET_DEVICE > /dev/null
# hide successful answers, but allow the errors to show
}
VARIANT_CHOICES=(user userdebug eng)
# check to see if the supplied variant is valid
# 检查提供的变体是否有效
function check_variant()
{
local v
for v in ${VARIANT_CHOICES[@]}
do
if [ "$v" = "$1" ]
then
return 0
fi
done
return 1
}
function setpaths()
{
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP."
return
fi
##################################################################
# #
# Read me before you modify this code #
# #
# This function sets ANDROID_BUILD_PATHS to what it is adding #
# to PATH, and the next time it is run, it removes that from #
# PATH. This is required so lunch can be run more than once #
# and still have working paths. #
# #
##################################################################
# Note: on windows/cygwin, ANDROID_BUILD_PATHS will contain spaces
# due to "C:\Program Files" being in the path.
# out with the old
if [ -n "$ANDROID_BUILD_PATHS" ] ; then
export PATH=${PATH/$ANDROID_BUILD_PATHS/}
fi
if [ -n "$ANDROID_PRE_BUILD_PATHS" ] ; then
export PATH=${PATH/$ANDROID_PRE_BUILD_PATHS/}
# strip leading ':', if any
export PATH=${PATH/:%/}
fi
# and in with the new
local prebuiltdir=$(getprebuilt)
local gccprebuiltdir=$(get_abs_build_var ANDROID_GCC_PREBUILTS)
# defined in core/config.mk
local targetgccversion=$(get_build_var TARGET_GCC_VERSION)
local targetgccversion2=$(get_build_var 2ND_TARGET_GCC_VERSION)
export TARGET_GCC_VERSION=$targetgccversion
# The gcc toolchain does not exists for windows/cygwin. In this case, do not reference it.
export ANDROID_TOOLCHAIN=
export ANDROID_TOOLCHAIN_2ND_ARCH=
local ARCH=$(get_build_var TARGET_ARCH)
local toolchaindir toolchaindir2=
case $ARCH in
x86) toolchaindir=x86/x86_64-linux-android-$targetgccversion/bin
;;
x86_64) toolchaindir=x86/x86_64-linux-android-$targetgccversion/bin
;;
arm) toolchaindir=arm/arm-linux-androideabi-$targetgccversion/bin
;;
arm64) toolchaindir=aarch64/aarch64-linux-android-$targetgccversion/bin;
toolchaindir2=arm/arm-linux-androideabi-$targetgccversion2/bin
;;
*)
echo "Can't find toolchain for unknown architecture: $ARCH"
toolchaindir=xxxxxxxxx
;;
esac
if [ -d "$gccprebuiltdir/$toolchaindir" ]; then
export ANDROID_TOOLCHAIN=$gccprebuiltdir/$toolchaindir
fi
if [ "$toolchaindir2" -a -d "$gccprebuiltdir/$toolchaindir2" ]; then
export ANDROID_TOOLCHAIN_2ND_ARCH=$gccprebuiltdir/$toolchaindir2
fi
export ANDROID_DEV_SCRIPTS=$T/development/scripts:$T/prebuilts/devtools/tools:$T/external/selinux/prebuilts/bin
# add kernel specific binaries
case $(uname -s) in
Linux)
export ANDROID_DEV_SCRIPTS=$ANDROID_DEV_SCRIPTS:$T/prebuilts/misc/linux-x86/dtc:$T/prebuilts/misc/linux-x86/libufdt
;;
*)
;;
esac
ANDROID_BUILD_PATHS=$(get_build_var ANDROID_BUILD_PATHS):$ANDROID_TOOLCHAIN
if [ -n "$ANDROID_TOOLCHAIN_2ND_ARCH" ]; then
ANDROID_BUILD_PATHS=$ANDROID_BUILD_PATHS:$ANDROID_TOOLCHAIN_2ND_ARCH
fi
ANDROID_BUILD_PATHS=$ANDROID_BUILD_PATHS:$ANDROID_DEV_SCRIPTS
# Append llvm binutils prebuilts path to ANDROID_BUILD_PATHS.
local ANDROID_LLVM_BINUTILS=$(get_abs_build_var ANDROID_CLANG_PREBUILTS)/llvm-binutils-stable
ANDROID_BUILD_PATHS=$ANDROID_BUILD_PATHS:$ANDROID_LLVM_BINUTILS
# Set up ASAN_SYMBOLIZER_PATH for SANITIZE_HOST=address builds.
export ASAN_SYMBOLIZER_PATH=$ANDROID_LLVM_BINUTILS/llvm-symbolizer
# If prebuilts/android-emulator/<system>/ exists, prepend it to our PATH
# to ensure that the corresponding 'emulator' binaries are used.
case $(uname -s) in
Darwin)
ANDROID_EMULATOR_PREBUILTS=$T/prebuilts/android-emulator/darwin-x86_64
;;
Linux)
ANDROID_EMULATOR_PREBUILTS=$T/prebuilts/android-emulator/linux-x86_64
;;
*)
ANDROID_EMULATOR_PREBUILTS=
;;
esac
if [ -n "$ANDROID_EMULATOR_PREBUILTS" -a -d "$ANDROID_EMULATOR_PREBUILTS" ]; then
ANDROID_BUILD_PATHS=$ANDROID_BUILD_PATHS:$ANDROID_EMULATOR_PREBUILTS
export ANDROID_EMULATOR_PREBUILTS
fi
# Append asuite prebuilts path to ANDROID_BUILD_PATHS.
local os_arch=$(get_build_var HOST_PREBUILT_TAG)
local ACLOUD_PATH="$T/prebuilts/asuite/acloud/$os_arch"
local AIDEGEN_PATH="$T/prebuilts/asuite/aidegen/$os_arch"
local ATEST_PATH="$T/prebuilts/asuite/atest/$os_arch"
export ANDROID_BUILD_PATHS=$ANDROID_BUILD_PATHS:$ACLOUD_PATH:$AIDEGEN_PATH:$ATEST_PATH:
export PATH=$ANDROID_BUILD_PATHS$PATH
# out with the duplicate old
if [ -n $ANDROID_PYTHONPATH ]; then
export PYTHONPATH=${PYTHONPATH//$ANDROID_PYTHONPATH/}
fi
# and in with the new
export ANDROID_PYTHONPATH=$T/development/python-packages:
if [ -n $VENDOR_PYTHONPATH ]; then
ANDROID_PYTHONPATH=$ANDROID_PYTHONPATH$VENDOR_PYTHONPATH
fi
export PYTHONPATH=$ANDROID_PYTHONPATH$PYTHONPATH
export ANDROID_JAVA_HOME=$(get_abs_build_var ANDROID_JAVA_HOME)
export JAVA_HOME=$ANDROID_JAVA_HOME
export ANDROID_JAVA_TOOLCHAIN=$(get_abs_build_var ANDROID_JAVA_TOOLCHAIN)
export ANDROID_PRE_BUILD_PATHS=$ANDROID_JAVA_TOOLCHAIN:
export PATH=$ANDROID_PRE_BUILD_PATHS$PATH
unset ANDROID_PRODUCT_OUT
export ANDROID_PRODUCT_OUT=$(get_abs_build_var PRODUCT_OUT)
export OUT=$ANDROID_PRODUCT_OUT
unset ANDROID_HOST_OUT
export ANDROID_HOST_OUT=$(get_abs_build_var HOST_OUT)
unset ANDROID_SOONG_HOST_OUT
export ANDROID_SOONG_HOST_OUT=$(get_abs_build_var SOONG_HOST_OUT)
unset ANDROID_HOST_OUT_TESTCASES
export ANDROID_HOST_OUT_TESTCASES=$(get_abs_build_var HOST_OUT_TESTCASES)
unset ANDROID_TARGET_OUT_TESTCASES
export ANDROID_TARGET_OUT_TESTCASES=$(get_abs_build_var TARGET_OUT_TESTCASES)
# needed for building linux on MacOS
# TODO: fix the path
#export HOST_EXTRACFLAGS="-I "$T/system/kernel_headers/host_include
}
function bazel()
{
local T="$(gettop)"
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP."
return
fi
if which bazel &>/dev/null; then
>&2 echo "NOTE: bazel() function sourced from envsetup.sh is being used instead of $(which bazel)"
>&2 echo
fi
"$T/tools/bazel" "$@"
}
function printconfig()
{
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return
fi
get_build_var report_config
}
function set_stuff_for_environment()
{
setpaths
set_sequence_number
export ANDROID_BUILD_TOP=$(gettop)
# With this environment variable new GCC can apply colors to warnings/errors
export GCC_COLORS='error=01;31:warning=01;35:note=01;36:caret=01;32:locus=01:quote=01'
}
function set_sequence_number()
{
export BUILD_ENV_SEQUENCE_NUMBER=13
}
# Takes a command name, and check if it's in ENVSETUP_NO_COMPLETION or not.
function should_add_completion() {
local cmd="$(basename $1| sed 's/_completion//' |sed 's/\.\(.*\)*sh$//')"
case :"$ENVSETUP_NO_COMPLETION": in
*:"$cmd":*)
return 1
;;
esac
return 0
}
function addcompletions()
{
local f=
# Keep us from trying to run in something that's neither bash nor zsh.
if [ -z "$BASH_VERSION" -a -z "$ZSH_VERSION" ]; then
return
fi
# Keep us from trying to run in bash that's too old.
if [ -n "$BASH_VERSION" -a ${BASH_VERSINFO[0]} -lt 3 ]; then
return
fi
local completion_files=(
system/core/adb/adb.bash
system/core/fastboot/fastboot.bash
tools/asuite/asuite.sh
)
# Completion can be disabled selectively to allow users to use non-standard completion.
# e.g.
# ENVSETUP_NO_COMPLETION=adb # -> disable adb completion
# ENVSETUP_NO_COMPLETION=adb:bit # -> disable adb and bit completion
for f in ${completion_files[*]}; do
if [ -f "$f" ] && should_add_completion "$f"; then
. $f
fi
done
if should_add_completion bit ; then
complete -C "bit --tab" bit
fi
if [ -z "$ZSH_VERSION" ]; then
# Doesn't work in zsh.
complete -o nospace -F _croot croot
fi
complete -F _lunch lunch
complete -F _complete_android_module_names pathmod
complete -F _complete_android_module_names gomod
complete -F _complete_android_module_names outmod
complete -F _complete_android_module_names installmod
complete -F _complete_android_module_names m
}
function choosetype()
{
echo "Build type choices are:"
echo " 1. release"
echo " 2. debug"
echo
local DEFAULT_NUM DEFAULT_VALUE
DEFAULT_NUM=1
DEFAULT_VALUE=release
export TARGET_BUILD_TYPE=
local ANSWER
while [ -z $TARGET_BUILD_TYPE ]
do
echo -n "Which would you like? ["$DEFAULT_NUM"] "
if [ -z "$1" ] ; then
read ANSWER
else
echo $1
ANSWER=$1
fi
case $ANSWER in
"")
export TARGET_BUILD_TYPE=$DEFAULT_VALUE
;;
1)
export TARGET_BUILD_TYPE=release
;;
release)
export TARGET_BUILD_TYPE=release
;;
2)
export TARGET_BUILD_TYPE=debug
;;
debug)
export TARGET_BUILD_TYPE=debug
;;
*)
echo
echo "I didn't understand your response. Please try again."
echo
;;
esac
if [ -n "$1" ] ; then
break
fi
done
build_build_var_cache
set_stuff_for_environment
destroy_build_var_cache
}
#
# This function isn't really right: It chooses a TARGET_PRODUCT
# based on the list of boards. Usually, that gets you something
# that kinda works with a generic product, but really, you should
# pick a product by name.
#
function chooseproduct()
{
local default_value
if [ "x$TARGET_PRODUCT" != x ] ; then
default_value=$TARGET_PRODUCT
else
default_value=aosp_arm
fi
export TARGET_BUILD_APPS=
export TARGET_PRODUCT=
local ANSWER
while [ -z "$TARGET_PRODUCT" ]
do
echo -n "Which product would you like? [$default_value] "
if [ -z "$1" ] ; then
read ANSWER
else
echo $1
ANSWER=$1
fi
if [ -z "$ANSWER" ] ; then
export TARGET_PRODUCT=$default_value
else
if check_product $ANSWER
then
export TARGET_PRODUCT=$ANSWER
else
echo "** Not a valid product: $ANSWER"
fi
fi
if [ -n "$1" ] ; then
break
fi
done
build_build_var_cache
set_stuff_for_environment
destroy_build_var_cache
}
function choosevariant()
{
echo "Variant choices are:"
local index=1
local v
for v in ${VARIANT_CHOICES[@]}
do
# The product name is the name of the directory containing
# the makefile we found, above.
echo " $index. $v"
index=$(($index+1))
done
local default_value=eng
local ANSWER
export TARGET_BUILD_VARIANT=
while [ -z "$TARGET_BUILD_VARIANT" ]
do
echo -n "Which would you like? [$default_value] "
if [ -z "$1" ] ; then
read ANSWER
else
echo $1
ANSWER=$1
fi
if [ -z "$ANSWER" ] ; then
export TARGET_BUILD_VARIANT=$default_value
elif (echo -n $ANSWER | grep -q -e "^[0-9][0-9]*$") ; then
if [ "$ANSWER" -le "${#VARIANT_CHOICES[@]}" ] ; then
export TARGET_BUILD_VARIANT=${VARIANT_CHOICES[@]:$(($ANSWER-1)):1}
fi
else
if check_variant $ANSWER
then
export TARGET_BUILD_VARIANT=$ANSWER
else
echo "** Not a valid variant: $ANSWER"
fi
fi
if [ -n "$1" ] ; then
break
fi
done
}
function choosecombo()
{
choosetype $1
echo
echo
chooseproduct $2
echo
echo
choosevariant $3
echo
build_build_var_cache
set_stuff_for_environment
printconfig
destroy_build_var_cache
}
function add_lunch_combo()
{
if [ -n "$ZSH_VERSION" ]; then
echo -n "${funcfiletrace[1]}: "
else
echo -n "${BASH_SOURCE[1]}:${BASH_LINENO[0]}: "
fi
echo "add_lunch_combo is obsolete. Use COMMON_LUNCH_CHOICES in your AndroidProducts.mk instead."
}
function print_lunch_menu()
{
local uname=$(uname)
local choices
choices=$(TARGET_BUILD_APPS= TARGET_PRODUCT= TARGET_BUILD_VARIANT= get_build_var COMMON_LUNCH_CHOICES 2>/dev/null)
local ret=$?
echo
echo "You're building on" $uname
echo
if [ $ret -ne 0 ]
then
echo "Warning: Cannot display lunch menu."
echo
echo "Note: You can invoke lunch with an explicit target:"
echo
echo " usage: lunch [target]" >&2
echo
return
fi
echo "Lunch menu... pick a combo:"
local i=1
local choice
for choice in $(echo $choices)
do
echo " $i. $choice"
i=$(($i+1))
done
echo
}
function lunch()
{
local answer
if [[ $# -gt 1 ]]; then
echo "usage: lunch [target]" >&2
return 1
fi
if [ "$1" ]; then
answer=$1
else
print_lunch_menu
echo -n "Which would you like? [aosp_arm-eng] "
read answer
fi
local selection=
if [ -z "$answer" ]
then
selection=aosp_arm-eng
elif (echo -n $answer | grep -q -e "^[0-9][0-9]*$")
then
local choices=($(TARGET_BUILD_APPS= get_build_var COMMON_LUNCH_CHOICES))
if [ $answer -le ${#choices[@]} ]
then
# array in zsh starts from 1 instead of 0.
if [ -n "$ZSH_VERSION" ]
then
selection=${choices[$(($answer))]}
else
selection=${choices[$(($answer-1))]}
fi
fi
else
selection=$answer
fi
export TARGET_BUILD_APPS=
local product variant_and_version variant version
product=${selection%%-*} # Trim everything after first dash
variant_and_version=${selection#*-} # Trim everything up to first dash
if [ "$variant_and_version" != "$selection" ]; then
variant=${variant_and_version%%-*}
if [ "$variant" != "$variant_and_version" ]; then
version=${variant_and_version#*-}
fi
fi
if [ -z "$product" ]
then
echo
echo "Invalid lunch combo: $selection"
return 1
fi
TARGET_PRODUCT=$product \
TARGET_BUILD_VARIANT=$variant \
TARGET_PLATFORM_VERSION=$version \
build_build_var_cache
if [ $? -ne 0 ]
then
return 1
fi
export TARGET_PRODUCT=$(get_build_var TARGET_PRODUCT)
export TARGET_BUILD_VARIANT=$(get_build_var TARGET_BUILD_VARIANT)
if [ -n "$version" ]; then
export TARGET_PLATFORM_VERSION=$(get_build_var TARGET_PLATFORM_VERSION)
else
unset TARGET_PLATFORM_VERSION
fi
export TARGET_BUILD_TYPE=release
[[ -n "${ANDROID_QUIET_BUILD:-}" ]] || echo
set_stuff_for_environment
[[ -n "${ANDROID_QUIET_BUILD:-}" ]] || printconfig
destroy_build_var_cache
}
unset COMMON_LUNCH_CHOICES_CACHE
# Tab completion for lunch.
function _lunch()
{
local cur prev opts
COMPREPLY=()
cur="${COMP_WORDS[COMP_CWORD]}"
prev="${COMP_WORDS[COMP_CWORD-1]}"
if [ -z "$COMMON_LUNCH_CHOICES_CACHE" ]; then
COMMON_LUNCH_CHOICES_CACHE=$(TARGET_BUILD_APPS= get_build_var COMMON_LUNCH_CHOICES)
fi
COMPREPLY=( $(compgen -W "${COMMON_LUNCH_CHOICES_CACHE}" -- ${cur}) )
return 0
}
# Configures the build to build unbundled apps.
# Run tapas with one or more app names (from LOCAL_PACKAGE_NAME)
function tapas()
{
local showHelp="$(echo $* | xargs -n 1 echo | \grep -E '^(help)$' | xargs)"
local arch="$(echo $* | xargs -n 1 echo | \grep -E '^(arm|x86|arm64|x86_64)$' | xargs)"
local variant="$(echo $* | xargs -n 1 echo | \grep -E '^(user|userdebug|eng)$' | xargs)"
local density="$(echo $* | xargs -n 1 echo | \grep -E '^(ldpi|mdpi|tvdpi|hdpi|xhdpi|xxhdpi|xxxhdpi|alldpi)$' | xargs)"
local apps="$(echo $* | xargs -n 1 echo | \grep -E -v '^(user|userdebug|eng|arm|x86|arm64|x86_64|ldpi|mdpi|tvdpi|hdpi|xhdpi|xxhdpi|xxxhdpi|alldpi)$' | xargs)"
if [ "$showHelp" != "" ]; then
$(gettop)/build/make/tapasHelp.sh
return
fi
if [ $(echo $arch | wc -w) -gt 1 ]; then
echo "tapas: Error: Multiple build archs supplied: $arch"
return
fi
if [ $(echo $variant | wc -w) -gt 1 ]; then
echo "tapas: Error: Multiple build variants supplied: $variant"
return
fi
if [ $(echo $density | wc -w) -gt 1 ]; then
echo "tapas: Error: Multiple densities supplied: $density"
return
fi
local product=aosp_arm
case $arch in
x86) product=aosp_x86;;
arm64) product=aosp_arm64;;
x86_64) product=aosp_x86_64;;
esac
if [ -z "$variant" ]; then
variant=eng
fi
if [ -z "$apps" ]; then
apps=all
fi
if [ -z "$density" ]; then
density=alldpi
fi
export TARGET_PRODUCT=$product
export TARGET_BUILD_VARIANT=$variant
export TARGET_BUILD_DENSITY=$density
export TARGET_BUILD_TYPE=release
export TARGET_BUILD_APPS=$apps
build_build_var_cache
set_stuff_for_environment
printconfig
destroy_build_var_cache
}
# Configures the build to build unbundled Android modules (APEXes).
# Run banchan with one or more module names (from apex{} modules).
function banchan()
{
local showHelp="$(echo $* | xargs -n 1 echo | \grep -E '^(help)$' | xargs)"
local product="$(echo $* | xargs -n 1 echo | \grep -E '^(.*_)?(arm|x86|arm64|x86_64)$' | xargs)"
local variant="$(echo $* | xargs -n 1 echo | \grep -E '^(user|userdebug|eng)$' | xargs)"
local apps="$(echo $* | xargs -n 1 echo | \grep -E -v '^(user|userdebug|eng|(.*_)?(arm|x86|arm64|x86_64))$' | xargs)"
if [ "$showHelp" != "" ]; then
$(gettop)/build/make/banchanHelp.sh
return
fi
if [ -z "$product" ]; then
product=arm
elif [ $(echo $product | wc -w) -gt 1 ]; then
echo "banchan: Error: Multiple build archs or products supplied: $products"
return
fi
if [ $(echo $variant | wc -w) -gt 1 ]; then
echo "banchan: Error: Multiple build variants supplied: $variant"
return
fi
if [ -z "$apps" ]; then
echo "banchan: Error: No modules supplied"
return
fi
case $product in
arm) product=module_arm;;
x86) product=module_x86;;
arm64) product=module_arm64;;
x86_64) product=module_x86_64;;
esac
if [ -z "$variant" ]; then
variant=eng
fi
export TARGET_PRODUCT=$product
export TARGET_BUILD_VARIANT=$variant
export TARGET_BUILD_DENSITY=alldpi
export TARGET_BUILD_TYPE=release
# This setup currently uses TARGET_BUILD_APPS just like tapas, but the use
# case is different and it may diverge in the future.
export TARGET_BUILD_APPS=$apps
build_build_var_cache
set_stuff_for_environment
printconfig
destroy_build_var_cache
}
function gettop
{
local TOPFILE=build/make/core/envsetup.mk
if [ -n "$TOP" -a -f "$TOP/$TOPFILE" ] ; then
# The following circumlocution ensures we remove symlinks from TOP.
(cd "$TOP"; PWD= /bin/pwd)
else
if [ -f $TOPFILE ] ; then
# The following circumlocution (repeated below as well) ensures
# that we record the true directory name and not one that is
# faked up with symlink names.
PWD= /bin/pwd
else
local HERE=$PWD
local T=
while [ \( ! \( -f $TOPFILE \) \) -a \( "$PWD" != "/" \) ]; do
\cd ..
T=`PWD= /bin/pwd -P`
done
\cd "$HERE"
if [ -f "$T/$TOPFILE" ]; then
echo "$T"
fi
fi
fi
}
function croot()
{
local T=$(gettop)
if [ "$T" ]; then
if [ "$1" ]; then
\cd $(gettop)/$1
else
\cd $(gettop)
fi
else
echo "Couldn't locate the top of the tree. Try setting TOP."
fi
}
function _croot()
{
local T=$(gettop)
if [ "$T" ]; then
local cur="${COMP_WORDS[COMP_CWORD]}"
k=0
for c in $(compgen -d ${T}/${cur}); do
COMPREPLY[k++]=${c#${T}/}/
done
fi
}
function cproj()
{
local TOPFILE=build/make/core/envsetup.mk
local HERE=$PWD
local T=
while [ \( ! \( -f $TOPFILE \) \) -a \( $PWD != "/" \) ]; do
T=$PWD
if [ -f "$T/Android.mk" ]; then
\cd $T
return
fi
\cd ..
done
\cd $HERE
echo "can't find Android.mk"
}
# simplified version of ps; output in the form
# <pid> <procname>
function qpid() {
local prepend=''
local append=''
if [ "$1" = "--exact" ]; then
prepend=' '
append='$'
shift
elif [ "$1" = "--help" -o "$1" = "-h" ]; then
echo "usage: qpid [[--exact] <process name|pid>"
return 255
fi
local EXE="$1"
if [ "$EXE" ] ; then
qpid | \grep "$prepend$EXE$append"
else
adb shell ps \
| tr -d '\r' \
| sed -e 1d -e 's/^[^ ]* *\([0-9]*\).* \([^ ]*\)$/\1 \2/'
fi
}
# syswrite - disable verity, reboot if needed, and remount image
#
# Easy way to make system.img/etc writable
function syswrite() {
adb wait-for-device && adb root || return 1
if [[ $(adb disable-verity | grep "reboot") ]]; then
echo "rebooting"
adb reboot && adb wait-for-device && adb root || return 1
fi
adb wait-for-device && adb remount || return 1
}
# coredump_setup - enable core dumps globally for any process
# that has the core-file-size limit set correctly
#
# NOTE: You must call also coredump_enable for a specific process
# if its core-file-size limit is not set already.
# NOTE: Core dumps are written to ramdisk; they will not survive a reboot!
function coredump_setup()
{
echo "Getting root...";
adb root;
adb wait-for-device;
echo "Remounting root partition read-write...";
adb shell mount -w -o remount -t rootfs rootfs;
sleep 1;
adb wait-for-device;
adb shell mkdir -p /cores;
adb shell mount -t tmpfs tmpfs /cores;
adb shell chmod 0777 /cores;
echo "Granting SELinux permission to dump in /cores...";
adb shell restorecon -R /cores;
echo "Set core pattern.";
adb shell 'echo /cores/core.%p > /proc/sys/kernel/core_pattern';
echo "Done."
}
# coredump_enable - enable core dumps for the specified process
# $1 = PID of process (e.g., $(pid mediaserver))
#
# NOTE: coredump_setup must have been called as well for a core
# dump to actually be generated.
function coredump_enable()
{
local PID=$1;
if [ -z "$PID" ]; then
printf "Expecting a PID!\n";
return;
fi;
echo "Setting core limit for $PID to infinite...";
adb shell /system/bin/ulimit -p $PID -c unlimited
}
# core - send SIGV and pull the core for process
# $1 = PID of process (e.g., $(pid mediaserver))
#
# NOTE: coredump_setup must be called once per boot for core dumps to be
# enabled globally.
function core()
{
local PID=$1;
if [ -z "$PID" ]; then
printf "Expecting a PID!\n";
return;
fi;
local CORENAME=core.$PID;
local COREPATH=/cores/$CORENAME;
local SIG=SEGV;
coredump_enable $1;
local done=0;
while [ $(adb shell "[ -d /proc/$PID ] && echo -n yes") ]; do
printf "\tSending SIG%s to %d...\n" $SIG $PID;
adb shell kill -$SIG $PID;
sleep 1;
done;
adb shell "while [ ! -f $COREPATH ] ; do echo waiting for $COREPATH to be generated; sleep 1; done"
echo "Done: core is under $COREPATH on device.";
}
# systemstack - dump the current stack trace of all threads in the system process
# to the usual ANR traces file
function systemstack()
{
stacks system_server
}
# Read the ELF header from /proc/$PID/exe to determine if the process is
# 64-bit.
function is64bit()
{
local PID="$1"
if [ "$PID" ] ; then
if [[ "$(adb shell cat /proc/$PID/exe | xxd -l 1 -s 4 -p)" -eq "02" ]] ; then
echo "64"
else
echo ""
fi
else
echo ""
fi
}
case `uname -s` in
Darwin)
function sgrep()
{
find -E . -name .repo -prune -o -name .git -prune -o -type f -iregex '.*\.(c|h|cc|cpp|hpp|S|java|kt|xml|sh|mk|aidl|vts|proto)' \
-exec grep --color -n "$@" {} +
}
;;
*)
function sgrep()
{
find . -name .repo -prune -o -name .git -prune -o -type f -iregex '.*\.\(c\|h\|cc\|cpp\|hpp\|S\|java\|kt\|xml\|sh\|mk\|aidl\|vts\|proto\)' \
-exec grep --color -n "$@" {} +
}
;;
esac
function gettargetarch
{
get_build_var TARGET_ARCH
}
function ggrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.gradle" \
-exec grep --color -n "$@" {} +
}
function gogrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.go" \
-exec grep --color -n "$@" {} +
}
function jgrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.java" \
-exec grep --color -n "$@" {} +
}
function rsgrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.rs" \
-exec grep --color -n "$@" {} +
}
function ktgrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.kt" \
-exec grep --color -n "$@" {} +
}
function cgrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f \( -name '*.c' -o -name '*.cc' -o -name '*.cpp' -o -name '*.h' -o -name '*.hpp' \) \
-exec grep --color -n "$@" {} +
}
function resgrep()
{
local dir
for dir in `find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -name res -type d`; do
find $dir -type f -name '*\.xml' -exec grep --color -n "$@" {} +
done
}
function mangrep()
{
find . -name .repo -prune -o -name .git -prune -o -path ./out -prune -o -type f -name 'AndroidManifest.xml' \
-exec grep --color -n "$@" {} +
}
function owngrep()
{
find . -name .repo -prune -o -name .git -prune -o -path ./out -prune -o -type f -name 'OWNERS' \
-exec grep --color -n "$@" {} +
}
function sepgrep()
{
find . -name .repo -prune -o -name .git -prune -o -path ./out -prune -o -name sepolicy -type d \
-exec grep --color -n -r --exclude-dir=\.git "$@" {} +
}
function rcgrep()
{
find . -name .repo -prune -o -name .git -prune -o -name out -prune -o -type f -name "*\.rc*" \
-exec grep --color -n "$@" {} +
}
case `uname -s` in
Darwin)
function mgrep()
{
find -E . -name .repo -prune -o -name .git -prune -o -path ./out -prune -o \( -iregex '.*/(Makefile|Makefile\..*|.*\.make|.*\.mak|.*\.mk|.*\.bp)' -o -regex '(.*/)?(build|soong)/.*[^/]*\.go' \) -type f \
-exec grep --color -n "$@" {} +
}
function treegrep()
{
find -E . -name .repo -prune -o -name .git -prune -o -type f -iregex '.*\.(c|h|cpp|hpp|S|java|kt|xml)' \
-exec grep --color -n -i "$@" {} +
}
;;
*)
function mgrep()
{
find . -name .repo -prune -o -name .git -prune -o -path ./out -prune -o \( -regextype posix-egrep -iregex '(.*\/Makefile|.*\/Makefile\..*|.*\.make|.*\.mak|.*\.mk|.*\.bp)' -o -regextype posix-extended -regex '(.*/)?(build|soong)/.*[^/]*\.go' \) -type f \
-exec grep --color -n "$@" {} +
}
function treegrep()
{
find . -name .repo -prune -o -name .git -prune -o -regextype posix-egrep -iregex '.*\.(c|h|cpp|hpp|S|java|kt|xml)' -type f \
-exec grep --color -n -i "$@" {} +
}
;;
esac
function getprebuilt
{
get_abs_build_var ANDROID_PREBUILTS
}
function tracedmdump()
{
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP."
return
fi
local prebuiltdir=$(getprebuilt)
local arch=$(gettargetarch)
local KERNEL=$T/prebuilts/qemu-kernel/$arch/vmlinux-qemu
local TRACE=$1
if [ ! "$TRACE" ] ; then
echo "usage: tracedmdump tracename"
return
fi
if [ ! -r "$KERNEL" ] ; then
echo "Error: cannot find kernel: '$KERNEL'"
return
fi
local BASETRACE=$(basename $TRACE)
if [ "$BASETRACE" = "$TRACE" ] ; then
TRACE=$ANDROID_PRODUCT_OUT/traces/$TRACE
fi
echo "post-processing traces..."
rm -f $TRACE/qtrace.dexlist
post_trace $TRACE
if [ $? -ne 0 ]; then
echo "***"
echo "*** Error: malformed trace. Did you remember to exit the emulator?"
echo "***"
return
fi
echo "generating dexlist output..."
/bin/ls $ANDROID_PRODUCT_OUT/system/framework/*.jar $ANDROID_PRODUCT_OUT/system/app/*.apk $ANDROID_PRODUCT_OUT/data/app/*.apk 2>/dev/null | xargs dexlist > $TRACE/qtrace.dexlist
echo "generating dmtrace data..."
q2dm -r $ANDROID_PRODUCT_OUT/symbols $TRACE $KERNEL $TRACE/dmtrace || return
echo "generating html file..."
dmtracedump -h $TRACE/dmtrace >| $TRACE/dmtrace.html || return
echo "done, see $TRACE/dmtrace.html for details"
echo "or run:"
echo " traceview $TRACE/dmtrace"
}
# communicate with a running device or emulator, set up necessary state,
# and run the hat command.
function runhat()
{
# process standard adb options
local adbTarget=""
if [ "$1" = "-d" -o "$1" = "-e" ]; then
adbTarget=$1
shift 1
elif [ "$1" = "-s" ]; then
adbTarget="$1 $2"
shift 2
fi
local adbOptions=${adbTarget}
#echo adbOptions = ${adbOptions}
# runhat options
local targetPid=$1
if [ "$targetPid" = "" ]; then
echo "Usage: runhat [ -d | -e | -s serial ] target-pid"
return
fi
# confirm hat is available
if [ -z $(which hat) ]; then
echo "hat is not available in this configuration."
return
fi
# issue "am" command to cause the hprof dump
local devFile=/data/local/tmp/hprof-$targetPid
echo "Poking $targetPid and waiting for data..."
echo "Storing data at $devFile"
adb ${adbOptions} shell am dumpheap $targetPid $devFile
echo "Press enter when logcat shows \"hprof: heap dump completed\""
echo -n "> "
read
local localFile=/tmp/$$-hprof
echo "Retrieving file $devFile..."
adb ${adbOptions} pull $devFile $localFile
adb ${adbOptions} shell rm $devFile
echo "Running hat on $localFile"
echo "View the output by pointing your browser at http://localhost:7000/"
echo ""
hat -JXmx512m $localFile
}
function getbugreports()
{
local reports=(`adb shell ls /sdcard/bugreports | tr -d '\r'`)
if [ ! "$reports" ]; then
echo "Could not locate any bugreports."
return
fi
local report
for report in ${reports[@]}
do
echo "/sdcard/bugreports/${report}"
adb pull /sdcard/bugreports/${report} ${report}
gunzip ${report}
done
}
function getsdcardpath()
{
adb ${adbOptions} shell echo -n \$\{EXTERNAL_STORAGE\}
}
function getscreenshotpath()
{
echo "$(getsdcardpath)/Pictures/Screenshots"
}
function getlastscreenshot()
{
local screenshot_path=$(getscreenshotpath)
local screenshot=`adb ${adbOptions} ls ${screenshot_path} | grep Screenshot_[0-9-]*.*\.png | sort -rk 3 | cut -d " " -f 4 | head -n 1`
if [ "$screenshot" = "" ]; then
echo "No screenshots found."
return
fi
echo "${screenshot}"
adb ${adbOptions} pull ${screenshot_path}/${screenshot}
}
function startviewserver()
{
local port=4939
if [ $# -gt 0 ]; then
port=$1
fi
adb shell service call window 1 i32 $port
}
function stopviewserver()
{
adb shell service call window 2
}
function isviewserverstarted()
{
adb shell service call window 3
}
function key_home()
{
adb shell input keyevent 3
}
function key_back()
{
adb shell input keyevent 4
}
function key_menu()
{
adb shell input keyevent 82
}
function smoketest()
{
if [ ! "$ANDROID_PRODUCT_OUT" ]; then
echo "Couldn't locate output files. Try running 'lunch' first." >&2
return
fi
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return
fi
(\cd "$T" && mmm tests/SmokeTest) &&
adb uninstall com.android.smoketest > /dev/null &&
adb uninstall com.android.smoketest.tests > /dev/null &&
adb install $ANDROID_PRODUCT_OUT/data/app/SmokeTestApp.apk &&
adb install $ANDROID_PRODUCT_OUT/data/app/SmokeTest.apk &&
adb shell am instrument -w com.android.smoketest.tests/android.test.InstrumentationTestRunner
}
# simple shortcut to the runtest command
function runtest()
{
local T=$(gettop)
if [ ! "$T" ]; then
echo "Couldn't locate the top of the tree. Try setting TOP." >&2
return
fi
("$T"/development/testrunner/runtest.py $@)
}
function godir () {
if [[ -z "$1" ]]; then
echo "Usage: godir <regex>"
return
fi
local T=$(gettop)
local FILELIST
if [ ! "$OUT_DIR" = "" ]; then
mkdir -p $OUT_DIR
FILELIST=$OUT_DIR/filelist
else
FILELIST=$T/filelist
fi
if [[ ! -f $FILELIST ]]; then
echo -n "Creating index..."
(\cd $T; find . -wholename ./out -prune -o -wholename ./.repo -prune -o -type f > $FILELIST)
echo " Done"
echo ""
fi
local lines
lines=($(\grep "$1" $FILELIST | sed -e 's/\/[^/]*$//' | sort | uniq))
if [[ ${#lines[@]} = 0 ]]; then
echo "Not found"
return
fi
local pathname
local choice
if [[ ${#lines[@]} > 1 ]]; then
while [[ -z "$pathname" ]]; do
local index=1
local line
for line in ${lines[@]}; do
printf "%6s %s\n" "[$index]" $line
index=$(($index + 1))
done
echo
echo -n "Select one: "
unset choice
read choice
if [[ $choice -gt ${#lines[@]} || $choice -lt 1 ]]; then
echo "Invalid choice"
continue
fi
pathname=${lines[@]:$(($choice-1)):1}
done
else
pathname=${lines[@]:0:1}
fi
\cd $T/$pathname
}
# Update module-info.json in out.
function refreshmod() {
if [ ! "$ANDROID_PRODUCT_OUT" ]; then
echo "No ANDROID_PRODUCT_OUT. Try running 'lunch' first." >&2
return 1
fi
echo "Refreshing modules (building module-info.json). Log at $ANDROID_PRODUCT_OUT/module-info.json.build.log." >&2
# for the output of the next command
mkdir -p $ANDROID_PRODUCT_OUT || return 1
# Note, can't use absolute path because of the way make works.
m $(get_build_var PRODUCT_OUT)/module-info.json \
> $ANDROID_PRODUCT_OUT/module-info.json.build.log 2>&1
}
# Verifies that module-info.txt exists, creating it if it doesn't.
function verifymodinfo() {
if [ ! "$ANDROID_PRODUCT_OUT" ]; then
if [ "$QUIET_VERIFYMODINFO" != "true" ] ; then
echo "No ANDROID_PRODUCT_OUT. Try running 'lunch' first." >&2
fi
return 1
fi
if [ ! -f "$ANDROID_PRODUCT_OUT/module-info.json" ]; then
if [ "$QUIET_VERIFYMODINFO" != "true" ] ; then
echo "Could not find module-info.json. It will only be built once, and it can be updated with 'refreshmod'" >&2
fi
return 1
fi
}
# List all modules for the current device, as cached in module-info.json. If any build change is
# made and it should be reflected in the output, you should run 'refreshmod' first.
function allmod() {
verifymodinfo || return 1
python3 -c "import json; print('\n'.join(sorted(json.load(open('$ANDROID_PRODUCT_OUT/module-info.json')).keys())))"
}
# Get the path of a specific module in the android tree, as cached in module-info.json.
# If any build change is made, and it should be reflected in the output, you should run
# 'refreshmod' first. Note: This is the inverse of dirmods.
function pathmod() {
if [[ $# -ne 1 ]]; then
echo "usage: pathmod <module>" >&2
return 1
fi
verifymodinfo || return 1
local relpath=$(python3 -c "import json, os
module = '$1'
module_info = json.load(open('$ANDROID_PRODUCT_OUT/module-info.json'))
if module not in module_info:
exit(1)
print(module_info[module]['path'][0])" 2>/dev/null)
if [ -z "$relpath" ]; then
echo "Could not find module '$1' (try 'refreshmod' if there have been build changes?)." >&2
return 1
else
echo "$ANDROID_BUILD_TOP/$relpath"
fi
}
# Get the path of a specific module in the android tree, as cached in module-info.json.
# If any build change is made, and it should be reflected in the output, you should run
# 'refreshmod' first. Note: This is the inverse of pathmod.
function dirmods() {
if [[ $# -ne 1 ]]; then
echo "usage: dirmods <path>" >&2
return 1
fi
verifymodinfo || return 1
python3 -c "import json, os
dir = '$1'
while dir.endswith('/'):
dir = dir[:-1]
prefix = dir + '/'
module_info = json.load(open('$ANDROID_PRODUCT_OUT/module-info.json'))
results = set()
for m in module_info.values():
for path in m.get(u'path', []):
if path == dir or path.startswith(prefix):
name = m.get(u'module_name')
if name:
results.add(name)
for name in sorted(results):
print(name)
"
}
# Go to a specific module in the android tree, as cached in module-info.json. If any build change
# is made, and it should be reflected in the output, you should run 'refreshmod' first.
function gomod() {
if [[ $# -ne 1 ]]; then
echo "usage: gomod <module>" >&2
return 1
fi
local path="$(pathmod $@)"
if [ -z "$path" ]; then
return 1
fi
cd $path
}
# Gets the list of a module's installed outputs, as cached in module-info.json.
# If any build change is made, and it should be reflected in the output, you should run 'refreshmod' first.
function outmod() {
if [[ $# -ne 1 ]]; then
echo "usage: outmod <module>" >&2
return 1
fi
verifymodinfo || return 1
local relpath
relpath=$(python3 -c "import json, os
module = '$1'
module_info = json.load(open('$ANDROID_PRODUCT_OUT/module-info.json'))
if module not in module_info:
exit(1)
for output in module_info[module]['installed']:
print(os.path.join('$ANDROID_BUILD_TOP', output))" 2>/dev/null)
if [ $? -ne 0 ]; then
echo "Could not find module '$1' (try 'refreshmod' if there have been build changes?)" >&2
return 1
elif [ ! -z "$relpath" ]; then
echo "$relpath"
fi
}
# adb install a module's apk, as cached in module-info.json. If any build change
# is made, and it should be reflected in the output, you should run 'refreshmod' first.
# Usage: installmod [adb install arguments] <module>
# For example: installmod -r Dialer -> adb install -r /path/to/Dialer.apk
function installmod() {
if [[ $# -eq 0 ]]; then
echo "usage: installmod [adb install arguments] <module>" >&2
return 1
fi
local _path
_path=$(outmod ${@:$#:1})
if [ $? -ne 0 ]; then
return 1
fi
_path=$(echo "$_path" | grep -E \\.apk$ | head -n 1)
if [ -z "$_path" ]; then
echo "Module '$1' does not produce a file ending with .apk (try 'refreshmod' if there have been build changes?)" >&2
return 1
fi
local length=$(( $# - 1 ))
echo adb install ${@:1:$length} $_path
adb install ${@:1:$length} $_path
}
function _complete_android_module_names() {
local word=${COMP_WORDS[COMP_CWORD]}
COMPREPLY=( $(QUIET_VERIFYMODINFO=true allmod | grep -E "^$word") )
}
# Print colored exit condition
function pez {
"$@"
local retval=$?
if [ $retval -ne 0 ]
then
echo $'\E'"[0;31mFAILURE\e[00m"
else
echo $'\E'"[0;32mSUCCESS\e[00m"
fi
return $retval
}
function get_make_command()
{
# If we're in the top of an Android tree, use soong_ui.bash instead of make
if [ -f build/soong/soong_ui.bash ]; then
# Always use the real make if -C is passed in
for arg in "$@"; do
if [[ $arg == -C* ]]; then
echo command make
return
fi
done
echo build/soong/soong_ui.bash --make-mode
else
echo command make
fi
}
function _wrap_build()
{
if [[ "${ANDROID_QUIET_BUILD:-}" == true ]]; then
"$@"
return $?
fi
local start_time=$(date +"%s")
"$@"
local ret=$?
local end_time=$(date +"%s")
local tdiff=$(($end_time-$start_time))
local hours=$(($tdiff / 3600 ))
local mins=$((($tdiff % 3600) / 60))
local secs=$(($tdiff % 60))
local ncolors=$(tput colors 2>/dev/null)
if [ -n "$ncolors" ] && [ $ncolors -ge 8 ]; then
color_failed=$'\E'"[0;31m"
color_success=$'\E'"[0;32m"
color_reset=$'\E'"[00m"
else
color_failed=""
color_success=""
color_reset=""
fi
echo
if [ $ret -eq 0 ] ; then
echo -n "${color_success}#### build completed successfully "
else
echo -n "${color_failed}#### failed to build some targets "
fi
if [ $hours -gt 0 ] ; then
printf "(%02g:%02g:%02g (hh:mm:ss))" $hours $mins $secs
elif [ $mins -gt 0 ] ; then
printf "(%02g:%02g (mm:ss))" $mins $secs
elif [ $secs -gt 0 ] ; then
printf "(%s seconds)" $secs
fi
echo " ####${color_reset}"
echo
return $ret
}
function _trigger_build()
(
local -r bc="$1"; shift
if T="$(gettop)"; then
_wrap_build "$T/build/soong/soong_ui.bash" --build-mode --${bc} --dir="$(pwd)" "$@"
else
echo "Couldn't locate the top of the tree. Try setting TOP."
fi
)
function m()
(
_trigger_build "all-modules" "$@"
)
function mm()
(
_trigger_build "modules-in-a-dir-no-deps" "$@"
)
function mmm()
(
_trigger_build "modules-in-dirs-no-deps" "$@"
)
function mma()
(
_trigger_build "modules-in-a-dir" "$@"
)
function mmma()
(
_trigger_build "modules-in-dirs" "$@"
)
function make()
{
_wrap_build $(get_make_command "$@") "$@"
}
function provision()
{
if [ ! "$ANDROID_PRODUCT_OUT" ]; then
echo "Couldn't locate output files. Try running 'lunch' first." >&2
return 1
fi
if [ ! -e "$ANDROID_PRODUCT_OUT/provision-device" ]; then
echo "There is no provisioning script for the device." >&2
return 1
fi
# Check if user really wants to do this.
if [ "$1" = "--no-confirmation" ]; then
shift 1
else
echo "This action will reflash your device."
echo ""
echo "ALL DATA ON THE DEVICE WILL BE IRREVOCABLY ERASED."
echo ""
echo -n "Are you sure you want to do this (yes/no)? "
read
if [[ "${REPLY}" != "yes" ]] ; then
echo "Not taking any action. Exiting." >&2
return 1
fi
fi
"$ANDROID_PRODUCT_OUT/provision-device" "$@"
}
# Zsh needs bashcompinit called to support bash-style completion.
function enable_zsh_completion() {
# Don't override user's options if bash-style completion is already enabled.
if ! declare -f complete >/dev/null; then
autoload -U compinit && compinit
autoload -U bashcompinit && bashcompinit
fi
}
function validate_current_shell() {
local current_sh="$(ps -o command -p $$)"
case "$current_sh" in
*bash*)
function check_type() { type -t "$1"; }
;;
*zsh*)
function check_type() { type "$1"; }
enable_zsh_completion ;;
*)
echo -e "WARNING: Only bash and zsh are supported.\nUse of other shell would lead to erroneous results."
;;
esac
}
# Execute the contents of any vendorsetup.sh files we can find.
# Unless we find an allowed-vendorsetup_sh-files file, in which case we'll only
# load those.
#
# This allows loading only approved vendorsetup.sh files
function source_vendorsetup() {
unset VENDOR_PYTHONPATH
local T="$(gettop)"
allowed=
for f in $(cd "$T" && find -L device vendor product -maxdepth 4 -name 'allowed-vendorsetup_sh-files' 2>/dev/null | sort); do
if [ -n "$allowed" ]; then
echo "More than one 'allowed_vendorsetup_sh-files' file found, not including any vendorsetup.sh files:"
echo " $allowed"
echo " $f"
return
fi
allowed="$T/$f"
done
allowed_files=
[ -n "$allowed" ] && allowed_files=$(cat "$allowed")
for dir in device vendor product; do
for f in $(cd "$T" && test -d $dir && \
find -L $dir -maxdepth 4 -name 'vendorsetup.sh' 2>/dev/null | sort); do
if [[ -z "$allowed" || "$allowed_files" =~ $f ]]; then
echo "including $f"; . "$T/$f"
else
echo "ignoring $f, not in $allowed"
fi
done
done
}
function showcommands() {
local T=$(gettop)
if [[ -z "$TARGET_PRODUCT" ]]; then
>&2 echo "TARGET_PRODUCT not set. Run lunch."
return
fi
case $(uname -s) in
Darwin)
PREBUILT_NAME=darwin-x86
;;
Linux)
PREBUILT_NAME=linux-x86
;;
*)
>&2 echo Unknown host $(uname -s)
return
;;
esac
if [[ -z "$OUT_DIR" ]]; then
if [[ -z "$OUT_DIR_COMMON_BASE" ]]; then
OUT_DIR=out
else
OUT_DIR=${OUT_DIR_COMMON_BASE}/${PWD##*/}
fi
fi
if [[ "$1" == "--regenerate" ]]; then
shift 1
NINJA_ARGS="-t commands $@" m
else
(cd $T && prebuilts/build-tools/$PREBUILT_NAME/bin/ninja \
-f $OUT_DIR/combined-${TARGET_PRODUCT}.ninja \
-t commands "$@")
fi
}
# 执行方法
validate_current_shell
source_vendorsetup
addcompletions
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