1.前提
1、我在比对了Nexus5 的B2G OS v2.6系统与Nexus5 的Android4.4.4 系统后，发现B2G系统的编译虽然和Android一样依赖于build/、device/、vendor/，但是其在源码根目录上添加了一些辅助源码下载、编译的脚本（就是下图所示的绿色这些*.sh）。所以它的编译并不是像Android系统编译那样上来直接去执行source build/envsetup.sh 、lunch...什么的（实际上它是靠源码根目录上的几个脚本将原来Android编译命令进行了封装而已）
2、最好先了解Android编译过程，可参考：https://blog.csdn.net/mr_raptor/article/details/7539978
2.开始分析B2G OS v2.6的编译过程
既然是编译过程分析，就按顺序来吧。
最根源还是要从执行./config nexus-5开始，因为我在FireFox OS（B2G）源码获取与Build code的4.1节提到过，下载Nexus5 的B2G源码最先要执行的脚本是config.sh。
所以分析要从config.sh开始。
2.1 config.sh分析
#!/bin/bash
REPO=${REPO:-./repo}
sync_flags=""
repo_sync() {
rm -rf .repo/manifest* &&
$REPO init -u $GITREPO -b $BRANCH -m $1.xml $REPO_INIT_FLAGS &&
$REPO sync $sync_flags $REPO_SYNC_FLAGS
ret=$?
if [ "$GITREPO" = "$GIT_TEMP_REPO" ]; then
rm -rf $GIT_TEMP_REPO
fi
if [ $ret -ne 0 ]; then
echo Repo sync failed
exit -1
fi
}
case `uname` in
"Darwin")
# Should also work on other BSDs
CORE_COUNT=`sysctl -n hw.ncpu`
;;
"Linux")
CORE_COUNT=`grep processor /proc/cpuinfo | wc -l`
;;
*)
echo Unsupported platform: `uname`
exit -1
esac
GITREPO=${GITREPO:-"git://github.com/mozilla-b2g/b2g-manifest"}
#注意这里我将master修改成了v2.6
BRANCH=${BRANCH:-v2.6}
while [ $# -ge 1 ]; do
case $1 in
-d|-l|-f|-n|-c|-q|--force-sync|-j*)
sync_flags="$sync_flags $1"
if [ $1 = "-j" ]; then
shift
sync_flags+=" $1"
fi
shift
;;
--help|-h)
# The main case statement will give a usage message.
break
;;
-*)
echo "$0: unrecognized option $1" >&2
exit 1
;;
*)
break
;;
esac
done
GIT_TEMP_REPO="tmp_manifest_repo"
if [ -n "$2" ]; then
GITREPO=$GIT_TEMP_REPO
rm -rf $GITREPO &&
git init $GITREPO &&
cp $2 $GITREPO/$1.xml &&
cd $GITREPO &&
git add $1.xml &&
git commit -m "manifest" &&
git branch -m $BRANCH &&
cd ..
fi
#将MAKE_FLAGS、GECKO_OBJDIR、DEVICE_NAME写入.tmp-config
echo MAKE_FLAGS=-j$((CORE_COUNT + 2)) > .tmp-config
echo GECKO_OBJDIR=$PWD/objdir-gecko >> .tmp-config
echo DEVICE_NAME=$1 >> .tmp-config
case "$1" in
"galaxy-s2")
echo DEVICE=galaxys2 >> .tmp-config &&
repo_sync $1
;;
"galaxy-nexus")
echo DEVICE=maguro >> .tmp-config &&
repo_sync $1
;;
"nexus-4")
echo DEVICE=mako >> .tmp-config &&
repo_sync nexus-4
;;
"nexus-4-kk")
echo DEVICE=mako >> .tmp-config &&
repo_sync nexus-4-kk
;;
"nexus-5")
#config.sh 传入参数为nexus-5，所以将DEVICE=hammerhead写入.tmp-config
echo DEVICE=hammerhead >> .tmp-config &&
#调用repo_sync下载nexus-5源码
repo_sync nexus-5
;;
"nexus-5-l")
echo DEVICE=hammerhead >> .tmp-config &&
repo_sync nexus-5-l
;;
"nexus-6-l")
echo DEVICE=shamu >> .tmp-config &&
echo PRODUCT_NAME=aosp_shamu >> .tmp-config &&
repo_sync nexus-6-l
;;
"nexusplayer-l")
echo DEVICE=fugu >> .tmp-config &&
echo PRODUCT_NAME=aosp_fugu >> .tmp-config &&
repo_sync nexusplayer-l
;;
"nexus-s")
echo DEVICE=crespo >> .tmp-config &&
repo_sync $1
;;
"nexus-s-4g")
echo DEVICE=crespo4g >> .tmp-config &&
repo_sync $1
;;
"otoro"|"unagi"|"keon"|"inari"|"hamachi"|"peak"|"helix"|"wasabi"|"flatfish")
echo DEVICE=$1 >> .tmp-config &&
repo_sync $1
;;
"flame"|"flame-kk"|"flame-l")
echo PRODUCT_NAME=flame >> .tmp-config &&
repo_sync $1
;;
"tarako")
echo DEVICE=sp6821a_gonk >> .tmp-config &&
echo PRODUCT_NAME=sp6821a_gonk >> .tmp-config &&
repo_sync $1
;;
"dolphin")
echo DEVICE=scx15_sp7715ga >> .tmp-config &&
echo PRODUCT_NAME=scx15_sp7715gaplus >> .tmp-config &&
repo_sync $1
;;
"dolphin-512")
echo DEVICE=scx15_sp7715ea >> .tmp-config &&
echo PRODUCT_NAME=scx15_sp7715eaplus >> .tmp-config &&
repo_sync $1
;;
"pandaboard")
echo DEVICE=panda >> .tmp-config &&
repo_sync $1
;;
"vixen")
echo DEVICE=vixen >> .tmp-config &&
echo PRODUCT_NAME=vixen >> .tmp-config &&
repo_sync $1
;;
"emulator"|"emulator-jb"|"emulator-kk"|"emulator-l")
echo DEVICE=generic >> .tmp-config &&
echo LUNCH=full-eng >> .tmp-config &&
repo_sync $1
;;
"emulator-x86"|"emulator-x86-jb"|"emulator-x86-kk"|"emulator-x86-l")
echo DEVICE=generic_x86 >> .tmp-config &&
echo LUNCH=full_x86-eng >> .tmp-config &&
repo_sync $1
;;
"flo")
echo DEVICE=flo >> .tmp-config &&
repo_sync $1
;;
"rpi")
echo PRODUCT_NAME=rpi >> .tmp-config &&
repo_sync $1
;;
"rpi2b-l")
echo PRODUCT_NAME=rpi2b >> .tmp-config &&
repo_sync $1
;;
"leo-kk")
echo PRODUCT_NAME=leo >> .tmp-config &&
repo_sync $1
;;
# We need aries-l with repo_sync $1 for using manifest symlink for releng stuff
"aries"|"aries-l")
echo PRODUCT_NAME=aries >> .tmp-config &&
repo_sync $1
;;
"fairphone2")
echo PRODUCT_NAME=FP2 >> .tmp-config &&
repo_sync $1
;;
"openc-fr")
echo DEVICE=zte_p821a10 >> .tmp-config &&
echo PRODUCT_NAME=zte_openc_fr >> .tmp-config &&
repo_sync $1
;;
"openc-ebay")
echo DEVICE=zte_p821a10 >> .tmp-config &&
echo PRODUCT_NAME=zte_openc_eu >> .tmp-config &&
repo_sync $1
;;
"leo-l"|"scorpion-l"|"sirius-l"|"castor-l"|"castor_windy-l"|"honami-l"|"amami-l"|"tianchi-l"|"flamingo-l"|"eagle-l"|"seagull-l")
echo PRODUCT_NAME=$1 | sed 's/..$//' >> .tmp-config &&
repo_sync sony-aosp-l
;;
"project-tablet")
echo PRODUCT_NAME=castor_windy >> .tmp-config &&
repo_sync project-tablet
;;
"project-tablet-lte")
echo PRODUCT_NAME=castor >> .tmp-config &&
repo_sync project-tablet
;;
*)
echo "Usage: $0 [-cdflnq] [-j <jobs>] [--force-sync] (device name)"
echo "Flags are passed through to |./repo sync|."
echo
echo Valid devices to configure are:
echo - galaxy-s2
echo - galaxy-nexus
echo - nexus-4
echo - nexus-4-kk
echo - nexus-5
echo - nexus-5-l
echo - nexus-6-l
echo - nexusplayer-l
echo - nexus-s
echo - nexus-s-4g
echo - flo "(Nexus 7 2013)"
echo - otoro
echo - unagi
echo - inari
echo - keon
echo - peak
echo - hamachi
echo - helix
echo - tarako
echo - dolphin
echo - dolphin-512
echo - pandaboard
echo - vixen
echo - fairphone2
echo - flatfish
echo - flame
echo - flame-kk
echo - flame-l
echo - openc-fr
echo - openc-ebay
echo - "> Raspberry Pi boards"
echo - rpi "(Revision B)"
echo - rpi2b-l
echo - emulator
echo - emulator-jb
echo - emulator-kk
echo - emulator-l
echo - emulator-x86
echo - emulator-x86-jb
echo - emulator-x86-kk
echo - emulator-x86-l
echo "> Sony Xperia devices"
echo - aries "(Z3 Compact KK)"
echo - aries-l "(Z3 Compact L)"
echo - leo-kk "(Z3 KK)"
echo - leo-l "(Z3 L)"
echo - scorpion-l "(Z3 Tablet Compact L)"
echo - sirius-l "(Z2 L)"
echo - castor-l "(Z2 L Tablet LTE/WiFi)"
echo - castor_windy-l "(Z2 L Tablet WiFi only)"
echo - honami-l "(Z1 L)"
echo - amami-l "(Z1 Compact L)"
echo - tianchi-l "(T2U L)"
echo - flamingo-l "(E3 L)"
echo - eagle-l "(M2 L)"
echo - seagull-l "(T3 L)"
exit -1
;;
esac
if [ $? -ne 0 ]; then
echo Configuration failed
exit -1
fi
#源码下载完成后会将.tmp-config 转存为.config文件，后面编译时会用到
mv .tmp-config .config
echo Run \|./build.sh\| to start building到此，执行./config nexus-5脚本过程中，其自动下载了Nexus-5的v2.6版本的源码，并配置了.config文件供后面编译时使用。
.config文件内容为下图所示，值得注意的时，如果将源码复制到其他地方编译的话，记得手动把这个GECKO_OBJDIR修改成：新的源码目录+/objdir-gecko，图中GECKO_OBJDIR目录就是我移动硬盘的目录（因为我电脑空间不够用了，想放到移动硬盘编译，但发现出错了，最后发现是这个GECKO_OBJDIR没有跟着改过来的原因...）
2.2 build.sh分析
源码下载好后，要执行./build.sh -j4命令进行编译了，所以下面分析build.sh脚本。
#!/bin/bash
# We want to figure out if we need to re-run the firmware
# extraction routine. The first time we run build.sh, we
# store the hash of important files. On subsequent runs,
# we check if the hash is the same as the previous run.
# If the hashes differ, we use a per-device script to redo
# the firmware extraction
#这个函数的意思直接看英文好了
function configure_device() {
hash_file="$OUT/firmware.hash"
# Make sure that our assumption that device codenames are unique
# across vendors is true
if [ $(ls -d device/*/$DEVICE 2> /dev/null | wc -l) -gt 1 ] ; then
echo $DEVICE is ambiguous \"$(ls -d device/*/$DEVICE 2> /dev/null)\"
return 1
fi
# Select which blob setup script to use, if any. We currently
# assume that $DEVICE maps to the filesystem location, which is true
# for the devices we support now (oct 2012) that do not require blobs.
# The emulator uses a $DEVICE of 'emulator' but its device/ directory
# uses the 'goldfish' name.
if [ -f device/*/$DEVICE/download-blobs.sh ] ; then
important_files="device/*/$DEVICE/download-blobs.sh"
script="cd device/*/$DEVICE && ./download-blobs.sh"
elif [ -f device/*/$DEVICE/extract-files.sh ] ; then
important_files="device/*/$DEVICE/extract-files.sh"
script="cd device/*/$DEVICE && ./extract-files.sh"
else
important_files=
script=
fi
# If we have files that are important to look at, we need
# to check if they've changed
if [ -n "$important_files" ] ; then
new_hash=$(cat $important_files | openssl sha1)
if [ -f "$hash_file" ] ; then
old_hash=$(cat "$hash_file")
fi
if [ "$old_hash" != "$new_hash" ] ; then
echo Blob setup script has changed, re-running &&
sh -c "$script" &&
mkdir -p "$(dirname "$hash_file")" &&
echo "$new_hash" > "$hash_file"
fi
else
rm -f $hash_file
fi
return $?
}
unset CDPATH
#首先执行setup.sh脚本
. setup.sh &&
if [ -f patches/patch.sh ] ; then
. patches/patch.sh
fi &&
#执行了上面定义的脚本函数
configure_device &&
#执行make 命令进行编译系统
time nice -n19 make $MAKE_FLAGS $@
#根据make的返回值判断编译是否成功，进而返回不同提示信息。
ret=$?
echo -ne \\a
if [ $ret -ne 0 ]; then
echo
echo \> Build failed\! \<
echo
echo Build with \|./build.sh -j1\| for better messages
echo If all else fails, use \|rm -rf objdir-gecko\| to clobber gecko and \|rm -rf out\| to clobber everything else.
else
case "$1" in
"gecko")
echo Run \|./build.sh snod\| to update the system image.
echo Run \|./flash.sh gecko\| to update gecko.
if echo $DEVICE | grep generic > /dev/null ; then
echo $(tput setaf 1)$(tput bold)You must update the system image for emulator to pick up the updated gecko.$(tput sgr0)
fi
;;
*)
if echo $DEVICE | grep generic > /dev/null ; then
echo Run \|./run-emulator.sh\| to start the emulator
else
echo Run \|./flash.sh\| to flash all partitions of your device
fi
;;
esac
exit 0
fi
exit $ret在build.sh脚本中，执行了setup.sh脚本，setup.sh脚本内容为：
#!/bin/bash
#执行load-config.sh脚本
. load-config.sh
#输出些变量到环境中
export USE_CCACHE=yes &&
export GECKO_PATH &&
export GAIA_PATH &&
export GAIA_DOMAIN &&
export GAIA_PORT &&
export GAIA_DEBUG &&
export GECKO_OBJDIR &&
export B2G_NOOPT &&
export B2G_DEBUG &&
export MOZ_CHROME_MULTILOCALE &&
export L10NBASEDIR &&
export MOZ_B2G_DSDS &&
#从此进入Android系统的那种编译过程了
. build/envsetup.sh &&
lunch $LUNCH
在setup.sh脚本中，首先执行了load-config.sh脚本，并输出了些变量到编译环境中，最后执行Android系统编译的那些命令，后面编译就和Android系统一样了。load-config.sh脚本内容为：
#!/bin/bash
if [[ ! -n "$B2G_DIR" ]]; then
B2G_DIR=$(cd `dirname ${BASH_SOURCE[0]}`; pwd)
fi
. "$B2G_DIR/.config"
if [ $? -ne 0 ]; then
echo Could not load .config. Did you run config.sh?
exit -1
fi
if [ -f "$B2G_DIR/.userconfig" ]; then
. "$B2G_DIR/.userconfig"
fi
# Use default Gecko location if it's not provided in config files.
if [ -z $GECKO_PATH ]; then
GECKO_PATH=$B2G_DIR/gecko
fi
VARIANT=${VARIANT:-eng}
PRODUCT_NAME=${PRODUCT_NAME:-full_${DEVICE}}
DEVICE=${DEVICE:-${PRODUCT_NAME}}
LUNCH=${LUNCH:-${PRODUCT_NAME}-${VARIANT}}
DEVICE_DIR=${DEVICE_DIR:-device/*/$DEVICE}
load-config.sh脚本配置了些变量，控制setup.sh脚本最后的lunch $LUNCH命令。
回到build.sh脚本中，执行time nice -n19 make $MAKE_FLAGS $@，就开始编译了。
2.3 进入像Android系统编译的过程
其实到了setup.sh脚本末端时候，开始执行source build/envsetup.sh和lunch时，就已经进入了像Android系统那样的配置、编译过程了，完全可以参照https://blog.csdn.net/mr_raptor/article/details/7539978所述的过程去分析B2G系统的配置、编译过程了。
为了节省时间，分析到此就可以了，后面和Android完全一样，暂时留个尾巴吧，后面我可能会继续分析。。。
3.开始分析B2G OS v2.6的刷机过程
官网文档中提示，编译完成后直接执行源码根目录下的flash.sh脚本即可。
所以先分析flash.sh脚本。
3.1 flash.sh分析
flash.sh脚本内容如下：（有点长）
#!/bin/bash
. load-config.sh
test -f $DEVICE_DIR/flash.sh && . $DEVICE_DIR/flash.sh
ADB=${ADB:-adb}
FASTBOOT=${FASTBOOT:-fastboot}
HEIMDALL=${HEIMDALL:-heimdall}
VARIANT=${VARIANT:-eng}
FULLFLASH=false
if [ ! -f "`which \"$ADB\"`" ]; then
ADB=out/host/`uname -s | tr "[[:upper:]]" "[[:lower:]]"`-x86/bin/adb
fi
if [ ! -f "`which \"$FASTBOOT\"`" ]; then
FASTBOOT=out/host/`uname -s | tr "[[:upper:]]" "[[:lower:]]"`-x86/bin/fastboot
fi
run_adb()
{
$ADB $ADB_FLAGS $@
}
run_fastboot()
{
if [ "$1" = "devices" ]; then
$FASTBOOT $@
else
$FASTBOOT $FASTBOOT_FLAGS $@
fi
return $?
}
update_time()
{
if [ `uname` = Darwin ]; then
OFFSET=`date +%z`
OFFSET=${OFFSET:0:3}
TIMEZONE=`date +%Z$OFFSET|tr +- -+`
else
TIMEZONE=`date +%Z%:::z|tr +- -+`
fi
echo Attempting to set the time on the device
run_adb wait-for-device &&
run_adb shell "toolbox date $(date +%s) ||
toolbox date -s $(date +%Y%m%d.%H%M%S)" &&
run_adb shell setprop persist.sys.timezone $TIMEZONE
has_timekeep=$(run_adb shell ls /system/bin/timekeep | tr -d '\r\n')
if [ "${has_timekeep}" = "/system/bin/timekeep" ]; then
cur_date=$(date +%s)
since_epoch=$(run_adb shell cat /sys/class/rtc/rtc0/since_epoch | tr -d '\r\n')
timeadjust=$(echo "${cur_date}-${since_epoch}" | bc)
run_adb shell setprop persist.sys.timeadjust ${timeadjust}
run_adb shell timekeep restore
fi;
}
fastboot_flash_image()
{
# $1 = {userdata,boot,system,recovery} the image filename
# $2 = {userdata,boot,system,recovery} the fastboot partition target
# if non specified, then $2 = $1
PARTITION_FILE=$1
PARTITION_NAME=$2
if [ -z "${PARTITION_NAME}" ]; then
PARTITION_NAME=${PARTITION_FILE}
fi
if [ "$DEVICE" == "flatfish" ] && [ "${PARTITION_NAME}" == "userdata" ]; then
PARTITION_NAME="data"
fi
imgpath="out/target/product/$DEVICE/${PARTITION_FILE}.img"
out="$(run_fastboot flash "${PARTITION_NAME}" "$imgpath" 2>&1)"
rv="$?"
echo "$out"
if [[ "$rv" != "0" ]]; then
# Print a nice error message if we understand what went wrong.
if grep -q "too large" <(echo "$out"); then
echo ""
echo "Flashing $imgpath failed because the image was too large."
echo "Try re-flashing after running"
echo " \$ rm -rf $(dirname "$imgpath")/data && ./build.sh"
fi
return $rv
fi
}
fastboot_flash_image_if_exists()
{
if [ -e "out/target/product/$DEVICE/$1.img" ]; then
fastboot_flash_image $1
fi
}
flash_fastboot()
{
local lockedness=$1 project=$2
case $lockedness in
"unlock"|"nounlock")
;;
*)
echo "$0: $FUNCNAME: Invalid argument: $lockedness"
return 1
;;
esac
case $project in
"system"|"boot"|"userdata"|"cache"|"")
;;
*)
echo "$0: Unrecognized project/partition: $project"
return 1
;;
esac
delete_single_variant_persist
case $DEVICE in
"helix")
run_adb reboot oem-1
;;
"flatfish")
run_adb reboot boot-fastboot
;;
*)
run_adb reboot bootloader
;;
esac
if ! run_fastboot devices; then
echo Couldn\'t setup fastboot
return 1
fi
case $lockedness in
"unlock")
run_fastboot oem unlock || true
;;
esac
case $project in
"system" | "boot" | "userdata" | "cache")
fastboot_flash_image $project &&
run_fastboot reboot
;;
"")
VERB="erase"
if [ "$DEVICE" == "hammerhead" ] || [ "$DEVICE" == "mako" ] ||
[ "$DEVICE" == "flo" ] || [ "$DEVICE" == "fugu" ]; then
VERB="format"
fi
DATA_PART_NAME="userdata"
if [ "$DEVICE" == "flatfish" ]; then
DATA_PART_NAME="data"
fi
# helix/dolphin don't support erase command in fastboot mode.
if [ "$DEVICE" != "helix" -a "$DEVICE_NAME" != "dolphin" ]; then
run_fastboot $VERB cache &&
run_fastboot $VERB $DATA_PART_NAME
if [ $? -ne 0 ]; then
return $?
fi
fi
case ${DEVICE} in
"aries"|"leo"|"scorpion"|"sirius"|"castor"|"castor_windy"|"honami"|"amami"|"tianchi"|"flamingo"|"eagle"|"seagull")
fastboot_flash_image recovery FOTAKernel
;;
esac
fastboot_flash_image userdata &&
fastboot_flash_image_if_exists cache &&
fastboot_flash_image_if_exists boot &&
fastboot_flash_image system &&
run_fastboot reboot &&
update_time
;;
esac
echo -ne \\a
}
flash_heimdall()
{
local project=$1
case $project in
"system"|"kernel"|"")
;;
*)
echo "$0: Unrecognized project: $project"
return 1
;;
esac
if [ ! -f "`which \"$HEIMDALL\"`" ]; then
echo Couldn\'t find heimdall.
echo Install Heimdall v1.3.1 from http://www.glassechidna.com.au/products/heimdall/
exit -1
fi
delete_single_variant_persist &&
run_adb reboot download && sleep 8
if [ $? -ne 0 ]; then
echo Couldn\'t reboot into download mode. Hope you\'re already in download mode
fi
case $project in
"system")
$HEIMDALL flash --factoryfs out/target/product/$DEVICE/$project.img
;;
"kernel")
$HEIMDALL flash --kernel device/samsung/$DEVICE/kernel
;;
"")
$HEIMDALL flash --factoryfs out/target/product/$DEVICE/system.img --kernel device/samsung/$DEVICE/kernel &&
update_time
;;
esac
ret=$?
echo -ne \\a
if [ $ret -ne 0 ]; then
echo Heimdall flashing failed.
case "`uname`" in
"Darwin")
if kextstat | grep com.devguru.driver.Samsung > /dev/null ; then
echo Kies drivers found.
echo Uninstall kies completely and restart your system.
else
echo Restart your system if you\'ve just installed heimdall.
fi
;;
"Linux")
echo Make sure you have a line like
echo SUBSYSTEM==\"usb\", ATTRS{idVendor}==\"04e8\", MODE=\"0666\"
echo in /etc/udev/rules.d/android.rules
;;
esac
exit -1
fi
echo Run \|./flash.sh gaia\| if you wish to install or update gaia.
}
# Delete files in the device's /system/b2g that aren't in
# $GECKO_OBJDIR/dist/b2g.
#
# We do this for general cleanliness, but also because b2g.sh determines
# whether to use DMD by looking for the presence of libdmd.so in /system/b2g.
# If we switch from a DMD to a non-DMD build and then |flash.sh gecko|, we want
# to disable DMD, so we have to delete libdmd.so.
#
# Note that we do not delete *folders* in /system/b2g. This is intentional,
# because some user data is stored under /system/b2g (e.g. prefs), but it seems
# to be stored only inside directories.
delete_extra_gecko_files_on_device()
{
files_to_remove="$(cat <(ls "$GECKO_OBJDIR/dist/b2g") <(run_adb shell "ls /system/b2g" | tr -d '\r') | sort | uniq -u)"
if [[ "$files_to_remove" != "" ]]; then
# We expect errors from the call to rm below under two circumstances:
#
# - We ask rm to remove a directory (per above, we don't
# actually want to remove directories, so rm is doing the
# right thing by not removing dirs)
#
# - We ask rm to remove a file which isn't on the device (if
# you squint at files_to_remove, you'll see that it will
# contain files which are on the host but not on the device;
# obviously we can't remove those files from the device).
for to_remove in $files_to_remove; do
run_adb shell "rm /system/b2g/$to_remove" > /dev/null
done
fi
return 0
}
delete_single_variant_persist()
{
run_adb shell 'rm -rf /persist/svoperapps'
}
flash_gecko()
{
delete_extra_gecko_files_on_device &&
run_adb push $GECKO_OBJDIR/dist/b2g /system/b2g &&
return 0
}
flash_gaia()
{
GAIA_MAKE_FLAGS="ADB=\"$ADB\""
USER_VARIANTS="user(debug)?"
# We need to decide where to push the apps here.
# If the VARIANTS is user or userdebug, send them to /system/b2g.
# or, we will try to connect the phone and see where Gaia was installed
# and try not to push to the wrong place.
if [[ "$VARIANT" =~ $USER_VARIANTS ]]; then
# Gaia's build takes care of remounting /system for production builds
echo "Push to /system/b2g ..."
GAIA_MAKE_FLAGS+=" GAIA_INSTALL_PARENT=/system/b2g"
else
echo "Detect GAIA_INSTALL_PARENT ..."
# This part has been re-implemented in Gaia build script (bug 915484),
# XXX: Remove this once we no longer support old Gaia branches.
# Install to /system/b2g if webapps.json does not exist, or
# points any installed app to /system/b2g.
run_adb wait-for-device
if run_adb shell 'cat /data/local/webapps/webapps.json || echo \"basePath\": \"/system\"' | grep -qs '"basePath": "/system' ; then
echo "Push to /system/b2g ..."
GAIA_MAKE_FLAGS+=" GAIA_INSTALL_PARENT=/system/b2g"
else
echo "Push to /data/local ..."
GAIA_MAKE_FLAGS+=" GAIA_INSTALL_PARENT=/data/local"
fi
fi
make -C gaia push $GAIA_MAKE_FLAGS
# For older Gaia without |push| target,
# run the original |install-gaia| target.
# XXX: Remove this once we no longer support old Gaia branches.
if [[ $? -ne 0 ]]; then
make -C gaia install-gaia $GAIA_MAKE_FLAGS
fi
return $?
}
while [ $# -gt 0 ]; do
case "$1" in
"-s")
ADB_FLAGS+="-s $2"
FASTBOOT_FLAGS+="-s $2"
shift
;;
"-f")
FULLFLASH=true
;;
"-h"|"--help")
echo "Usage: $0 [-s device] [-f] [project]"
exit 0
;;
"-"*)
echo "$0: Unrecognized option: $1"
exit 1
;;
*)
FULLFLASH=true
PROJECT=$1
;;
esac
shift
done
case "$PROJECT" in
"shallow")
resp=`run_adb root` || exit $?
[ "$resp" != "adbd is already running as root" ] && run_adb wait-for-device
run_adb shell stop b2g &&
run_adb remount &&
flash_gecko &&
flash_gaia &&
update_time &&
echo Restarting B2G &&
run_adb shell start b2g
exit $?
;;
"gecko")
resp=`run_adb root` || exit $?
[ "$resp" != "adbd is already running as root" ] && run_adb wait-for-device
run_adb shell stop b2g &&
run_adb remount &&
flash_gecko &&
echo Restarting B2G &&
run_adb shell start b2g
exit $?
;;
"gaia")
flash_gaia
exit $?
;;
"time")
update_time
exit $?
;;
esac
case "$DEVICE" in
"hamachi"|"helix"|"sp6821a_gonk")
if $FULLFLASH; then
flash_fastboot nounlock $PROJECT
exit $?
else
run_adb root &&
run_adb shell stop b2g &&
run_adb remount &&
flash_gecko &&
flash_gaia &&
update_time &&
echo Restarting B2G &&
run_adb shell start b2g
fi
exit $?
;;
"flame"|"otoro"|"unagi"|"keon"|"peak"|"inari"|"wasabi"|"flatfish"|"aries"|"leo"|"scorpion"|"sirius"|"castor"|"castor_windy"|"honami"|"amami"|"tianchi"|"flamingo"|"eagle"|"seagull"|"scx15_sp7715"*|"zte_p821a10")
flash_fastboot nounlock $PROJECT
;;
"panda"|"maguro"|"crespo"|"crespo4g"|"mako"|"hammerhead"|"flo"|"shamu"|"FP2"|"fugu")
flash_fastboot unlock $PROJECT
;;
"galaxys2")
flash_heimdall $PROJECT
;;
*)
if [[ $(type -t flash_${DEVICE}) = function ]]; then
flash_${DEVICE} $PROJECT
else
echo Unsupported device \"$DEVICE\", can\'t flash
exit -1
fi
;;
esac