blob: 6a6e7669d6cfcca08835bcf8434fc53de496aa28 [file] [log] [blame]
#!/usr/bin/env bash
# Copyright 2016 The Fuchsia Authors. All rights reserved.
# Use of this source code is governed by a BSD-style license that can be
# found in the LICENSE file.
# This script wraps imager.py and provides some configuration convenience
# functionality. For example if a directory containing the fuchsia build output
# is not supplied we assume it is two directories up from the build script and
# then in a sub-directory for a given architecture. We also set sensible
# defaults for things like partition size, etc.
set -e -u
# construct the path to our directory
host_type=$(uname -s)
script_dir=
if [ "$host_type" = "Darwin" ]; then
script_dir=$(cd "$(dirname "$0")"; pwd)
elif [ "$host_type" = "Linux" ]; then
script_dir=$(dirname "$(readlink -f "${BASH_SOURCE[0]}")")
else
echo "Unsupported OS, please use Mac or Linux"
exit -1
fi
script_name=$(basename "$0")
expected_path="scripts/installer"
curr_dir=$(pwd)
# check that it looks like the script lives inside a fuchsia source tree
if [ $(dirname "$(dirname "$script_dir")")/"$expected_path" != "$script_dir" ]; then
echo "It doesn't look like we're running in the right place, please make" \
"sure the script is in a fuchsia source tree in scripts/installer"
exit -1
fi
DEFAULT_SIZE_SYSTEM=4
DEFAULT_SIZE_EFI=1
BLOCK_SIZE=1024
STAGING_DIR="${FUCHSIA_OUT_DIR:-${script_dir}}/build-installer"
# TODO take a size for the magenta partition as well
bytes_sys=$(($DEFAULT_SIZE_SYSTEM * 1024 * 1024 * 1024))
bytes_efi=$(($DEFAULT_SIZE_EFI * 1024 * 1024 * 1024))
release=0
debug=0
platform="x86-64"
build_dir_fuchsia=""
minfs_path=""
build_dir_magenta=""
device_type="pc"
kernel_cmdline=""
bootdata=""
kernel_args=""
boot_manifest=""
enable_thread_exp=1
extras=("")
while (( "$#")); do
case $1 in
"-u")
shift
bytes_sys=$(($1 * 1024 * 1024 * 1024))
;;
"-h")
echo "build-installable-usersfs.sh -u <SIZE> [-r|-d] [-p] [-b <BUILD DIR>]"
echo "-u: size of system partition in GB"
echo "-e: size of the EFI partition in GB"
echo "-r: use the release build directory, should not be used with -d"
echo "-d: use the debug build directory, should not be used with -r"
echo "-p: platform architecture, eg. x86-64, arm, or arm-64"
echo "-b: specify the build directory manually, this will cause -r and" \
"-d arguments to be ignored"
echo "-m: path to the host architecture minfs binary, perhaps you need" \
"to run 'make' in magenta/system/uapp/minfs"
echo "-a: artifacts directory for magenta, will be used to find files" \
"to place on the EFI partition. If not supplied, this will be assumed" \
"relative to fuchsia build directory."
echo "-t: the device type, for example 'qemu', 'rpi', 'pc', etc"
echo "-c: file containing kernel command line options"
echo "-o: the kernel command line options to use. If the command line" \
"contains spaces, the string should be quoted. If both this and -c are" \
"supplied, these options will be appended to the command line file."
echo "-x: bootdata location"
echo "-w: location of the boot partition manifest"
echo "-j: disable experimental thread prioritization"
exit 0
;;
"-j")
enable_thread_exp=0
;;
"-r")
release=1
;;
"-d")
debug=1
;;
"-p")
shift
platform=$1
;;
"-b")
shift
build_dir_fuchsia=$1
;;
"-m")
shift
minfs_path=$1
;;
"-e")
shift
bytes_efi=$(($1 * 1024 * 1024 * 1024))
;;
"-a")
shift
build_dir_magenta=$1
;;
"-t")
shift
device_type=$1
;;
"-c")
shift
kernel_cmdline=$1
;;
"-o")
shift
kernel_args=$1
;;
"-x")
shift
bootdata=$1
shift
;;
"-w")
shift
boot_manifest=$1
;;
*)
extras+=("$1")
;;
esac
shift
done
if [ "$build_dir_fuchsia" = "" ] || [ "$build_dir_magenta" = "" ]; then
if [ "$release" -eq "$debug" ]; then
if [ "$debug" -eq 0 ]; then
debug=1
else
echo "Please choose release or debug, but not both"
exit -1
fi
fi
if [ "$release" -eq 1 ]; then
build_variant="release"
else
build_variant="debug"
fi
fi
arch=""
build_arch="x86_64"
case $platform in
x86-64)
arch="X64"
build_arch="x86_64"
;;
arm-64)
arch="AA64"
device_type="qemu"
build_arch="aarch64"
;;
\?)
echo "Platform is not valid, should be x86-64, or arm-64!"
exit -1
esac
echo "Building magenta for installer"
"$script_dir/../build-magenta.sh" -t "$build_arch"
if [ "$build_arch" == "x86_64" ]; then
build_arch="x86-64"
fi
# if the build directory is not specified, infer it from other parameters
if [ "$build_dir_fuchsia" = "" ]; then
build_dir_fuchsia=$script_dir/../../out/$build_variant-$build_arch
else
if [ "$release" -ne 0 ] || [ "$debug" -ne 0 ]; then
echo "build directory is specified release arg ignored"
fi
fi
if [ "$build_dir_magenta" = "" ]; then
build_dir_magenta="${script_dir}/../../out/build-magenta/build-magenta-${device_type}-"
if [ "$build_arch" = "aarch64" ]; then
build_dir_magenta="${build_dir_magenta}arm64"
elif [ "$build_arch" = "x86-64" ]; then
build_dir_magenta="${build_dir_magenta}${build_arch}"
fi
else
if [ "$device_type" != "" ]; then
echo "build directory is specified, type arg ignored"
fi
fi
if [ "$minfs_path" = "" ]; then
minfs_path=$build_dir_magenta/tools/minfs
fi
if [ ! -f "$minfs_path" ]; then
echo "minfs path not found, please build minfs for your host and supply the" \
"path"
exit -1
fi
disk_path="${STAGING_DIR}/user_fs"
disk_path_efi="${STAGING_DIR}/efi_fs"
if [ ! -d "$build_dir_fuchsia" ]; then
echo "Output directory '$build_dir_fuchsia' not found, please make sure you've"\
"supplied the right build type and architecture OR correct path."
exit -1
fi
if [ ! -d "$STAGING_DIR" ]; then
mkdir "$STAGING_DIR"
else
rm -rf -- "$STAGING_DIR"/*
fi
set +e
mcpy_loc=$(which mcopy)
mmd_loc=$(which mmd)
lz4_path=$(which lz4)
mdir_loc=$(which mdir)
if [ "$mcpy_loc" = "" ] || [ "$mmd_loc" = "" ] || [ "$mdir_loc" == "" ]; then
echo "Unable to find necessary mtools binaries, please install a copy of"\
"mtools."
exit -1
fi
if [ "$lz4_path" = "" ]; then
echo "Unable to find lz4 tool, please install this package. On Ubuntu try"\
"'apt-get install liblz4-tool'."
exit -1
fi
emptyfile() {
local path=$1
local size=$2
case $host_type in
Darwin)
mkfile -n "${size}" "$path"
;;
Linux)
truncate -s "${size}" "$path"
;;
*)
head -c "${size}" /dev/zero > "$path"
;;
esac
}
set -e
echo "Building magentix for installer"
gn_gen_path="packages/gn/gen.py"
ninja_path="buildtools/ninja"
"$script_dir/../../$gn_gen_path" --outdir out/magentix --target_cpu "$build_arch" --modules magentix,install-fuchsia
mgtix_out="out/magentix-${build_arch}"
"${script_dir}/../../${ninja_path}" -C "$mgtix_out"
# create a suitably large file
echo "Creating system disk image, this may take some time..."
emptyfile "$disk_path" "$bytes_sys"
"$minfs_path" "$disk_path" mkfs
echo "Creating EFI disk image, this may take some time..."
emptyfile "$disk_path_efi" "$bytes_efi"
if [ "$host_type" = "Darwin" ]; then
mount_path=$(hdiutil attach -imagekey diskimage-class=CRawDiskImage -nomount "$disk_path_efi")
# strip leading and trailing space
mount_path="$(echo -e "${mount_path}" | sed -e 's/^[[:space:]]*//' -e 's/[[:space:]]*$//')"
newfs_msdos -F 32 "${mount_path}"
hdiutil detach "$mount_path"
else
mkfs.vfat -F 32 "$disk_path_efi"
fi
kernel_cmd_staging="${STAGING_DIR}/kernel_cmdline"
if [ "$kernel_cmdline" != "" ]; then
cp "$kernel_cmdline" "$kernel_cmd_staging"
fi
if [ "$kernel_args" != "" ]; then
if [ "$kernel_cmdline" = "" ]; then
printf "$kernel_args" > "$kernel_cmd_staging"
else
printf "$kernel_args" >> "$kernel_cmd_staging"
fi
fi
imager_cmd=( "${script_dir}"/imager.py --disk_path="$disk_path" --mcp_path="$mcpy_loc"
--mmd_path="$mmd_loc" --lz4_path="$lz4_path" --build_dir="$build_dir_fuchsia"
--temp_dir="$STAGING_DIR" --minfs_path="$minfs_path" --arch="$arch"
--efi_disk="$disk_path_efi" --build_dir_magenta="$build_dir_magenta"
--bootdata="$bootdata" --boot_manifest="$boot_manifest"
--mdir_path="$mdir_loc" --runtime_dir="$mgtix_out" "${extras[@]}" )
if [ "$enable_thread_exp" -eq 0 ]; then
imager_cmd+=("--disable_thread_exp")
fi
if [ "$kernel_cmdline" != "" ] || [ "$kernel_args" != "" ]; then
imager_cmd+=("--kernel_cmdline=${kernel_cmd_staging}")
fi
${imager_cmd[@]}
echo "Built disks: $disk_path_efi & $disk_path"