Meta: Rename serenity.sh to ladybird.sh and remove non-lagom commands

This commit is contained in:
Andrew Kaster 2024-05-31 17:08:29 -06:00 committed by Andreas Kling
parent 9b05fb98f3
commit faeff81ce9
Notes: sideshowbarker 2024-07-17 23:00:03 +09:00
2 changed files with 252 additions and 515 deletions

252
Meta/ladybird.sh Executable file
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@ -0,0 +1,252 @@
#!/usr/bin/env bash
set -e
ARG0=$0
print_help() {
NAME=$(basename "$ARG0")
cat <<EOF
Usage: $NAME COMMAND [ARGS...]
Supported COMMANDs:
build: Compiles the target binaries, [ARGS...] are passed through to ninja
install: Installs the target binary
run: $NAME run EXECUTABLE [ARGS...]
Runs the EXECUTABLE on the build host, e.g.
'shell' or 'js', [ARGS...] are passed through to the executable
gdb: Same as run, but also starts a gdb remote session.
$NAME gdb EXECUTABLE [-ex 'any gdb command']...
Passes through '-ex' commands to gdb
test: $NAME test [TEST_NAME_PATTERN]
Runs the unit tests on the build host, or if TEST_NAME_PATTERN
is specified tests matching it.
delete: Removes the build environment
rebuild: Deletes and re-creates the build environment, and compiles the project
addr2line: $NAME addr2line BINARY_FILE ADDRESS
Resolves the ADDRESS in BINARY_FILE to a file:line. It will
attempt to find the BINARY_FILE in the appropriate build directory
Examples:
$NAME run ladybird
Runs the Ladybird browser
$NAME run js -A
Runs the js(1) REPL
$NAME test
Runs the unit tests on the build host
$NAME addr2line RequestServer 0x12345678
Resolves the address 0x12345678 in the RequestServer binary
EOF
}
usage() {
>&2 print_help
exit 1
}
CMD=$1
[ -n "$CMD" ] || usage
shift
if [ "$CMD" = "help" ]; then
print_help
exit 0
fi
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# shellcheck source=/dev/null
. "${DIR}/shell_include.sh"
exit_if_running_as_root "Do not run ladybird.sh as root, your Build directory will become root-owned"
# shellcheck source=/dev/null
. "${DIR}/find_compiler.sh"
CMAKE_ARGS=()
CMD_ARGS=( "$@" )
get_top_dir() {
git rev-parse --show-toplevel
}
is_valid_target() {
CMAKE_ARGS+=("-DBUILD_LAGOM=ON")
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
CMAKE_ARGS+=("-DENABLE_LAGOM_LADYBIRD=ON")
fi
return 0
}
create_build_dir() {
cmake -GNinja "${CMAKE_ARGS[@]}" -S "$SERENITY_SOURCE_DIR/Meta/Lagom" -B "$BUILD_DIR"
}
cmd_with_target() {
is_valid_target || ( >&2 echo "Unknown target: $TARGET"; usage )
pick_host_compiler
CMAKE_ARGS+=("-DCMAKE_C_COMPILER=${CC}")
CMAKE_ARGS+=("-DCMAKE_CXX_COMPILER=${CXX}")
if [ ! -d "$SERENITY_SOURCE_DIR" ]; then
SERENITY_SOURCE_DIR="$(get_top_dir)"
export SERENITY_SOURCE_DIR
fi
BUILD_DIR="$SERENITY_SOURCE_DIR/Build/lagom"
CMAKE_ARGS+=("-DCMAKE_INSTALL_PREFIX=$SERENITY_SOURCE_DIR/Build/lagom-install")
CMAKE_ARGS+=("-DSERENITY_CACHE_DIR=${SERENITY_SOURCE_DIR}/Build/caches")
export PATH="$SERENITY_SOURCE_DIR/Toolchain/Local/cmake/bin":$PATH
}
ensure_target() {
[ -f "$BUILD_DIR/build.ninja" ] || create_build_dir
}
run_tests() {
local TEST_NAME="$1"
local CTEST_ARGS=("--output-on-failure" "--test-dir" "$BUILD_DIR")
if [ -n "$TEST_NAME" ]; then
if [ "$TEST_NAME" = "WPT" ]; then
CTEST_ARGS+=("-C" "Integration")
fi
CTEST_ARGS+=("-R" "$TEST_NAME")
fi
ctest "${CTEST_ARGS[@]}"
}
build_target() {
local EXTRA_CMAKE_ARGS=()
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
EXTRA_CMAKE_ARGS=("-DENABLE_LAGOM_LADYBIRD=ON")
fi
cmake -S "$SERENITY_SOURCE_DIR/Meta/Lagom" -B "$BUILD_DIR" -DBUILD_LAGOM=ON "${EXTRA_CMAKE_ARGS[@]}"
# Get either the environment MAKEJOBS or all processors via CMake
[ -z "$MAKEJOBS" ] && MAKEJOBS=$(cmake -P "$SERENITY_SOURCE_DIR/Meta/CMake/processor-count.cmake")
# With zero args, we are doing a standard "build"
# With multiple args, we are doing an install/run
if [ $# -eq 0 ]; then
CMAKE_BUILD_PARALLEL_LEVEL="$MAKEJOBS" cmake --build "$BUILD_DIR"
else
ninja -j "$MAKEJOBS" -C "$BUILD_DIR" -- "$@"
fi
}
delete_target() {
[ ! -d "$BUILD_DIR" ] || rm -rf "$BUILD_DIR"
}
build_cmake() {
echo "CMake version too old: build_cmake"
( cd "$SERENITY_SOURCE_DIR/Toolchain" && ./BuildCMake.sh )
}
ensure_toolchain() {
if [ "$(cmake -P "$SERENITY_SOURCE_DIR"/Meta/CMake/cmake-version.cmake)" -ne 1 ]; then
build_cmake
fi
}
run_gdb() {
local GDB_ARGS=()
local PASS_ARG_TO_GDB=""
local LAGOM_EXECUTABLE=""
for arg in "${CMD_ARGS[@]}"; do
if [ "$PASS_ARG_TO_GDB" != "" ]; then
GDB_ARGS+=( "$PASS_ARG_TO_GDB" "$arg" )
PASS_ARG_TO_GDB=""
elif [ "$arg" = "-ex" ]; then
PASS_ARG_TO_GDB="$arg"
elif [[ "$arg" =~ ^-.*$ ]]; then
die "Don't know how to handle argument: $arg"
else
if [ "$LAGOM_EXECUTABLE" != "" ]; then
die "Lagom executable can't be specified more than once"
fi
LAGOM_EXECUTABLE="$arg"
if [ "$LAGOM_EXECUTABLE" = "ladybird" ]; then
# FIXME: Make ladybird less cwd-dependent while in the build directory
cd "$BUILD_DIR/Ladybird"
fi
fi
done
if [ "$PASS_ARG_TO_GDB" != "" ]; then
GDB_ARGS+=( "$PASS_ARG_TO_GDB" )
fi
gdb "$BUILD_DIR/bin/$LAGOM_EXECUTABLE" "${GDB_ARGS[@]}"
}
build_and_run_lagom_target() {
local run_target="${1}"
local lagom_target="${CMD_ARGS[0]}"
local lagom_args
# All command arguments must have any existing semicolon escaped, to prevent CMake from
# interpreting them as list separators.
local cmd_args=()
for arg in "${CMD_ARGS[@]:1}"; do
cmd_args+=( "${arg//;/\\;}" )
done
# Then existing list separators must be replaced with a semicolon for CMake.
lagom_args=$(IFS=';' ; echo -e "${cmd_args[*]}")
LAGOM_TARGET="${lagom_target}" LAGOM_ARGS="${lagom_args[*]}" build_target "${run_target}"
}
if [[ "$CMD" =~ ^(build|install|run|gdb|test|rebuild|recreate|addr2line)$ ]]; then
cmd_with_target
[[ "$CMD" != "recreate" && "$CMD" != "rebuild" ]] || delete_target
ensure_target
case "$CMD" in
build)
build_target "${CMD_ARGS[@]}"
;;
install)
build_target
build_target install
;;
run)
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
build_and_run_lagom_target "run-ladybird"
else
build_and_run_lagom_target "run-lagom-target"
fi
;;
gdb)
[ $# -ge 1 ] || usage
build_target "${CMD_ARGS[@]}"
run_gdb "${CMD_ARGS[@]}"
;;
test)
build_target
run_tests "${CMD_ARGS[0]}"
;;
rebuild)
build_target "${CMD_ARGS[@]}"
;;
recreate)
;;
addr2line)
build_target
[ $# -ge 2 ] || usage
BINARY_FILE="$1"; shift
BINARY_FILE_PATH="$BUILD_DIR/$BINARY_FILE"
command -v addr2line >/dev/null 2>&1 || die "Please install addr2line!"
ADDR2LINE=addr2line
if [ -x "$BINARY_FILE_PATH" ]; then
"$ADDR2LINE" -e "$BINARY_FILE_PATH" "$@"
else
find "$BUILD_DIR" -name "$BINARY_FILE" -executable -type f -exec "$ADDR2LINE" -e {} "$@" \;
fi
;;
*)
build_target "$CMD" "${CMD_ARGS[@]}"
;;
esac
elif [ "$CMD" = "delete" ]; then
cmd_with_target
delete_target
else
>&2 echo "Unknown command: $CMD"
usage
fi

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@ -1,515 +0,0 @@
#!/usr/bin/env bash
set -e
ARG0=$0
print_help() {
NAME=$(basename "$ARG0")
cat <<EOF
Usage: $NAME COMMAND [TARGET] [TOOLCHAIN] [ARGS...]
Supported TARGETs: aarch64, x86_64, riscv64, lagom. Defaults to SERENITY_ARCH, or x86_64 if not set.
Supported TOOLCHAINs: GNU, Clang. Defaults to SERENITY_TOOLCHAIN, or GNU if not set.
Supported COMMANDs:
build: Compiles the target binaries, [ARGS...] are passed through to ninja
install: Installs the target binary
image: Creates a disk image with the installed binaries
run: TARGET lagom: $NAME run lagom LAGOM_EXECUTABLE [ARGS...]
Runs the Lagom-built LAGOM_EXECUTABLE on the build host, e.g.
'shell' or 'js', [ARGS...] are passed through to the executable
All other TARGETs: $NAME run [TARGET] [KERNEL_CMD_LINE]
Runs the built image in QEMU, and optionally passes the
KERNEL_CMD_LINE to the Kernel
gdb: Same as run, but also starts a gdb remote session.
TARGET lagom: $NAME gdb lagom LAGOM_EXECUTABLE [-ex 'any gdb command']...
Passes through '-ex' commands to gdb
All other TARGETs: $NAME gdb [TARGET] [KERNEL_CMD_LINE] [-ex 'any gdb command']...
If specified, passes the KERNEL_CMD_LINE to the Kernel
Passes through '-ex' commands to gdb
test: TARGET lagom: $NAME test lagom [TEST_NAME_PATTERN]
Runs the unit tests on the build host, or if TEST_NAME_PATTERN
is specified tests matching it.
All other TARGETs: $NAME test [TARGET]
Runs the built image in QEMU in self-test mode, by passing
system_mode=self-test to the Kernel
delete: Removes the build environment for TARGET
recreate: Deletes and re-creates the build environment for TARGET
rebuild: Deletes and re-creates the build environment, and compiles for TARGET
kaddr2line: $NAME kaddr2line TARGET ADDRESS
Resolves the ADDRESS in the Kernel/Kernel binary to a file:line
addr2line: $NAME addr2line TARGET BINARY_FILE ADDRESS
Resolves the ADDRESS in BINARY_FILE to a file:line. It will
attempt to find the BINARY_FILE in the appropriate build directory
rebuild-toolchain: Deletes and re-builds the TARGET's toolchain
rebuild-world: Deletes and re-builds the toolchain and build environment for TARGET.
copy-src: Same as image, but also copies the project's source tree to ~/Source/serenity
in the built disk image.
Examples:
$NAME run x86_64 GNU smp=on
Runs the image in QEMU passing "smp=on" to the kernel command line
$NAME run
Runs the image for the default TARGET x86_64 in QEMU
$NAME run lagom js -A
Runs the Lagom-built js(1) REPL
$NAME test lagom
Runs the unit tests on the build host
$NAME kaddr2line x86_64 GNU 0x12345678
Resolves the address 0x12345678 in the Kernel binary
$NAME addr2line x86_64 WindowServer 0x12345678
Resolves the address 0x12345678 in the WindowServer binary
$NAME gdb x86_64 GNU smp=on -ex 'hb *init'
Runs the image for the TARGET x86_64 in qemu and attaches a gdb session
setting a breakpoint at the init() function in the Kernel.
EOF
}
usage() {
>&2 print_help
exit 1
}
CMD=$1
[ -n "$CMD" ] || usage
shift
if [ "$CMD" = "help" ]; then
print_help
exit 0
fi
DIR="$( cd "$( dirname "${BASH_SOURCE[0]}" )" && pwd )"
# shellcheck source=/dev/null
. "${DIR}/shell_include.sh"
exit_if_running_as_root "Do not run serenity.sh as root, your Build directory will become root-owned"
# shellcheck source=/dev/null
. "${DIR}/find_compiler.sh"
if [ -n "$1" ]; then
TARGET="$1"; shift
else
TARGET="${SERENITY_ARCH:-"x86_64"}"
fi
CMAKE_ARGS=()
# Toolchain selection only applies to non-lagom targets.
if [ "$TARGET" != "lagom" ] && [ -n "$1" ]; then
TOOLCHAIN_TYPE="$1"; shift
else
TOOLCHAIN_TYPE="${SERENITY_TOOLCHAIN:-"GNU"}"
fi
if ! [[ "${TOOLCHAIN_TYPE}" =~ ^(GNU|Clang)$ ]]; then
>&2 echo "ERROR: unknown toolchain '${TOOLCHAIN_TYPE}'."
exit 1
fi
CMAKE_ARGS+=( "-DSERENITY_TOOLCHAIN=$TOOLCHAIN_TYPE" )
CMD_ARGS=( "$@" )
get_top_dir() {
git rev-parse --show-toplevel
}
is_valid_target() {
if [ "$TARGET" = "aarch64" ]; then
CMAKE_ARGS+=("-DSERENITY_ARCH=aarch64")
return 0
fi
if [ "$TARGET" = "x86_64" ]; then
CMAKE_ARGS+=("-DSERENITY_ARCH=x86_64")
return 0
fi
if [ "$TARGET" = "riscv64" ]; then
CMAKE_ARGS+=("-DSERENITY_ARCH=riscv64")
return 0
fi
if [ "$TARGET" = "lagom" ]; then
CMAKE_ARGS+=("-DBUILD_LAGOM=ON")
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
CMAKE_ARGS+=("-DENABLE_LAGOM_LADYBIRD=ON")
fi
return 0
fi
return 1
}
create_build_dir() {
if [ "$TARGET" != "lagom" ]; then
cmake -GNinja "${CMAKE_ARGS[@]}" -S "$SERENITY_SOURCE_DIR/Meta/CMake/Superbuild" -B "$SUPER_BUILD_DIR"
else
cmake -GNinja "${CMAKE_ARGS[@]}" -S "$SERENITY_SOURCE_DIR/Meta/Lagom" -B "$SUPER_BUILD_DIR"
fi
}
cmd_with_target() {
is_valid_target || ( >&2 echo "Unknown target: $TARGET"; usage )
pick_host_compiler
CMAKE_ARGS+=("-DCMAKE_C_COMPILER=${CC}")
CMAKE_ARGS+=("-DCMAKE_CXX_COMPILER=${CXX}")
if [ ! -d "$SERENITY_SOURCE_DIR" ]; then
SERENITY_SOURCE_DIR="$(get_top_dir)"
export SERENITY_SOURCE_DIR
fi
local TARGET_TOOLCHAIN=""
if [[ "$TOOLCHAIN_TYPE" != "GNU" && "$TARGET" != "lagom" ]]; then
# Only append the toolchain if it's not GNU
TARGET_TOOLCHAIN=$(echo "$TOOLCHAIN_TYPE" | tr "[:upper:]" "[:lower:]")
fi
BUILD_DIR="$SERENITY_SOURCE_DIR/Build/$TARGET$TARGET_TOOLCHAIN"
if [ "$TARGET" != "lagom" ]; then
export SERENITY_ARCH="$TARGET"
export SERENITY_TOOLCHAIN="$TOOLCHAIN_TYPE"
if [ "$TOOLCHAIN_TYPE" = "Clang" ]; then
TOOLCHAIN_DIR="$SERENITY_SOURCE_DIR/Toolchain/Local/clang"
else
TOOLCHAIN_DIR="$SERENITY_SOURCE_DIR/Toolchain/Local/$TARGET_TOOLCHAIN/$TARGET"
fi
SUPER_BUILD_DIR="$SERENITY_SOURCE_DIR/Build/superbuild-$TARGET$TARGET_TOOLCHAIN"
else
SUPER_BUILD_DIR="$BUILD_DIR"
CMAKE_ARGS+=("-DCMAKE_INSTALL_PREFIX=$SERENITY_SOURCE_DIR/Build/lagom-install")
CMAKE_ARGS+=("-DSERENITY_CACHE_DIR=${SERENITY_SOURCE_DIR}/Build/caches")
fi
export PATH="$SERENITY_SOURCE_DIR/Toolchain/Local/cmake/bin":$PATH
}
ensure_target() {
[ -f "$SUPER_BUILD_DIR/build.ninja" ] || create_build_dir
}
run_tests() {
local TEST_NAME="$1"
local CTEST_ARGS=("--output-on-failure" "--test-dir" "$BUILD_DIR")
if [ -n "$TEST_NAME" ]; then
if [ "$TEST_NAME" = "WPT" ]; then
CTEST_ARGS+=("-C" "Integration")
fi
CTEST_ARGS+=("-R" "$TEST_NAME")
fi
ctest "${CTEST_ARGS[@]}"
}
build_target() {
if [ "$TARGET" = "lagom" ]; then
# Ensure that all lagom binaries get built, in case user first
# invoked superbuild for serenity target that doesn't set -DBUILD_LAGOM=ON
local EXTRA_CMAKE_ARGS=()
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
EXTRA_CMAKE_ARGS=("-DENABLE_LAGOM_LADYBIRD=ON")
fi
cmake -S "$SERENITY_SOURCE_DIR/Meta/Lagom" -B "$BUILD_DIR" -DBUILD_LAGOM=ON "${EXTRA_CMAKE_ARGS[@]}"
fi
# Get either the environment MAKEJOBS or all processors via CMake
[ -z "$MAKEJOBS" ] && MAKEJOBS=$(cmake -P "$SERENITY_SOURCE_DIR/Meta/CMake/processor-count.cmake")
# With zero args, we are doing a standard "build"
# With multiple args, we are doing an install/image/run
if [ $# -eq 0 ]; then
CMAKE_BUILD_PARALLEL_LEVEL="$MAKEJOBS" cmake --build "$SUPER_BUILD_DIR"
else
ninja -j "$MAKEJOBS" -C "$BUILD_DIR" -- "$@"
fi
}
build_image() {
if [ "$SERENITY_RUN" = "limine" ]; then
build_target limine-image
else
build_target qemu-image
fi
}
delete_target() {
[ ! -d "$BUILD_DIR" ] || rm -rf "$BUILD_DIR"
[ ! -d "$SUPER_BUILD_DIR" ] || rm -rf "$SUPER_BUILD_DIR"
}
build_cmake() {
echo "CMake version too old: build_cmake"
( cd "$SERENITY_SOURCE_DIR/Toolchain" && ./BuildCMake.sh )
}
build_toolchain() {
echo "build_toolchain: $TOOLCHAIN_DIR"
if [ "$TOOLCHAIN_TYPE" = "Clang" ]; then
( cd "$SERENITY_SOURCE_DIR/Toolchain" && ./BuildClang.sh )
else
(
# HACK: ISL's configure fails with "Link Time Optimisation is not supported" if CC is
# Homebrew Clang due to incompatibility with Xcode's ranlib.
[ "$(uname -s)" = "Darwin" ] && unset CC CXX
cd "$SERENITY_SOURCE_DIR/Toolchain" && ARCH="$TARGET" ./BuildGNU.sh
)
fi
}
ensure_toolchain() {
if [ "$(cmake -P "$SERENITY_SOURCE_DIR"/Meta/CMake/cmake-version.cmake)" -ne 1 ]; then
build_cmake
fi
[ -d "$TOOLCHAIN_DIR" ] || build_toolchain
if [ "$TOOLCHAIN_TYPE" = "GNU" ]; then
local ld_version
ld_version="$("$TOOLCHAIN_DIR"/bin/"$TARGET"-pc-serenity-ld -v)"
local expected_version="GNU ld (GNU Binutils) 2.41"
if [ "$ld_version" != "$expected_version" ]; then
echo "Your toolchain has an old version of binutils installed."
echo " installed version: \"$ld_version\""
echo " expected version: \"$expected_version\""
echo "Please run $ARG0 rebuild-toolchain $TARGET to update it."
exit 1
fi
fi
}
confirm_rebuild_if_toolchain_exists() {
[ ! -d "$TOOLCHAIN_DIR" ] && return
read -rp "You already have a toolchain, are you sure you want to delete and rebuild one [y/N]? " input
if [[ "$input" != "y" && "$input" != "Y" ]]; then
die "Aborted rebuild"
fi
}
delete_toolchain() {
[ ! -d "$TOOLCHAIN_DIR" ] || rm -rf "$TOOLCHAIN_DIR"
}
kill_tmux_session() {
if [ -n "$TMUX_SESSION" ]; then
tmux has-session -t "$TMUX_SESSION" >/dev/null 2>&1 && tmux kill-session -t "$TMUX_SESSION"
fi
}
set_tmux_title() {
printf "\033]2;%s\033\\" "$1"
}
lagom_unsupported() {
[ "$TARGET" != "lagom" ] || die "${1:-"Command '$CMD' not supported for the lagom target"}"
}
run_gdb() {
local GDB_ARGS=()
local PASS_ARG_TO_GDB=""
local KERNEL_CMD_LINE=""
local LAGOM_EXECUTABLE=""
for arg in "${CMD_ARGS[@]}"; do
if [ "$PASS_ARG_TO_GDB" != "" ]; then
GDB_ARGS+=( "$PASS_ARG_TO_GDB" "$arg" )
PASS_ARG_TO_GDB=""
elif [ "$arg" = "-ex" ]; then
PASS_ARG_TO_GDB="$arg"
elif [[ "$arg" =~ ^-.*$ ]]; then
die "Don't know how to handle argument: $arg"
else
if [ "$TARGET" = "lagom" ]; then
if [ "$LAGOM_EXECUTABLE" != "" ]; then
die "Lagom executable can't be specified more than once"
fi
LAGOM_EXECUTABLE="$arg"
if [ "$LAGOM_EXECUTABLE" = "ladybird" ]; then
# FIXME: Make ladybird less cwd-dependent while in the build directory
cd "$BUILD_DIR/Ladybird"
fi
else
if [ "$KERNEL_CMD_LINE" != "" ]; then
die "Kernel command line can't be specified more than once"
fi
KERNEL_CMD_LINE="$arg"
fi
fi
done
if [ "$PASS_ARG_TO_GDB" != "" ]; then
GDB_ARGS+=( "$PASS_ARG_TO_GDB" )
fi
if [ "$TARGET" = "lagom" ]; then
gdb "$BUILD_DIR/bin/$LAGOM_EXECUTABLE" "${GDB_ARGS[@]}"
else
if [ -n "$KERNEL_CMD_LINE" ]; then
export SERENITY_KERNEL_CMDLINE="$KERNEL_CMD_LINE"
fi
sleep 1
"$(get_top_dir)/Meta/debug-kernel.sh" "${GDB_ARGS[@]}"
fi
}
build_and_run_lagom_target() {
local run_target="${1}"
local lagom_target="${CMD_ARGS[0]}"
local lagom_args
# All command arguments must have any existing semicolon escaped, to prevent CMake from
# interpreting them as list separators.
local cmd_args=()
for arg in "${CMD_ARGS[@]:1}"; do
cmd_args+=( "${arg//;/\\;}" )
done
# Then existing list separators must be replaced with a semicolon for CMake.
lagom_args=$(IFS=';' ; echo -e "${cmd_args[*]}")
LAGOM_TARGET="${lagom_target}" LAGOM_ARGS="${lagom_args[*]}" build_target "${run_target}"
}
if [[ "$CMD" =~ ^(build|install|image|copy-src|run|gdb|test|rebuild|recreate|kaddr2line|addr2line|setup-and-run)$ ]]; then
cmd_with_target
[[ "$CMD" != "recreate" && "$CMD" != "rebuild" ]] || delete_target
[ "$TARGET" = "lagom" ] || ensure_toolchain
ensure_target
case "$CMD" in
build)
build_target "${CMD_ARGS[@]}"
;;
install)
build_target
build_target install
;;
image)
lagom_unsupported
build_target
build_target install
build_image
;;
copy-src)
lagom_unsupported
build_target
build_target install
export SERENITY_COPY_SOURCE=1
build_image
;;
run)
if [ "$TARGET" = "lagom" ]; then
if [ "${CMD_ARGS[0]}" = "ladybird" ]; then
build_and_run_lagom_target "run-ladybird"
else
build_and_run_lagom_target "run-lagom-target"
fi
else
build_target
build_target install
build_image
if [ -n "${CMD_ARGS[0]}" ]; then
export SERENITY_KERNEL_CMDLINE="${CMD_ARGS[0]}"
fi
build_target run
fi
;;
gdb)
if [ "$TARGET" = "lagom" ]; then
[ $# -ge 1 ] || usage
build_target "${CMD_ARGS[@]}"
run_gdb "${CMD_ARGS[@]}"
else
command -v tmux >/dev/null 2>&1 || die "Please install tmux!"
build_target
build_target install
build_image
TMUX_SESSION="tmux-serenity-gdb-$(date +%s)"
tmux new-session -e "TMUX_SESSION=$TMUX_SESSION" -s "$TMUX_SESSION" "$ARG0" __tmux_cmd "$TARGET" "$TOOLCHAIN_TYPE" run "${CMD_ARGS[@]}" \; set-option -t 0 mouse on \; split-window -e "TMUX_SESSION=$TMUX_SESSION" "$ARG0" __tmux_cmd "$TARGET" "$TOOLCHAIN_TYPE" gdb "${CMD_ARGS[@]}" \;
fi
;;
test)
build_target
if [ "$TARGET" = "lagom" ]; then
run_tests "${CMD_ARGS[0]}"
else
build_target install
build_image
# In contrast to CI, we don't set 'panic=shutdown' here,
# in case the user wants to inspect qemu some more.
export SERENITY_KERNEL_CMDLINE="graphics_subsystem_mode=off system_mode=self-test"
export SERENITY_RUN="ci"
build_target run
fi
;;
rebuild)
build_target "${CMD_ARGS[@]}"
;;
recreate)
;;
kaddr2line)
lagom_unsupported
build_target
[ $# -ge 1 ] || usage
if [ "$TOOLCHAIN_TYPE" = "Clang" ]; then
ADDR2LINE="$TOOLCHAIN_DIR/bin/llvm-addr2line"
else
ADDR2LINE="$TOOLCHAIN_DIR/bin/$TARGET-pc-serenity-addr2line"
fi
"$ADDR2LINE" -e "$BUILD_DIR/Kernel/Kernel" "$@"
;;
addr2line)
build_target
[ $# -ge 2 ] || usage
BINARY_FILE="$1"; shift
BINARY_FILE_PATH="$BUILD_DIR/$BINARY_FILE"
if [ "$TARGET" = "lagom" ]; then
command -v addr2line >/dev/null 2>&1 || die "Please install addr2line!"
ADDR2LINE=addr2line
elif [ "$TOOLCHAIN_TYPE" = "Clang" ]; then
ADDR2LINE="$TOOLCHAIN_DIR/bin/llvm-addr2line"
else
ADDR2LINE="$TOOLCHAIN_DIR/bin/$TARGET-pc-serenity-addr2line"
fi
if [ -x "$BINARY_FILE_PATH" ]; then
"$ADDR2LINE" -e "$BINARY_FILE_PATH" "$@"
else
find "$BUILD_DIR" -name "$BINARY_FILE" -executable -type f -exec "$ADDR2LINE" -e {} "$@" \;
fi
;;
*)
build_target "$CMD" "${CMD_ARGS[@]}"
;;
esac
elif [ "$CMD" = "delete" ]; then
cmd_with_target
delete_target
elif [ "$CMD" = "rebuild-toolchain" ]; then
cmd_with_target
lagom_unsupported "The lagom target uses the host toolchain"
confirm_rebuild_if_toolchain_exists
delete_toolchain
ensure_toolchain
elif [ "$CMD" = "rebuild-world" ]; then
cmd_with_target
lagom_unsupported "The lagom target uses the host toolchain"
delete_toolchain
delete_target
ensure_toolchain
ensure_target
build_target
elif [ "$CMD" = "__tmux_cmd" ]; then
trap kill_tmux_session EXIT
cmd_with_target
CMD="$1"; shift
CMD_ARGS=("${CMD_ARGS[@]:1}")
if [ "$CMD" = "run" ]; then
if [ -n "${CMD_ARGS[0]}" ]; then
export SERENITY_KERNEL_CMDLINE="${CMD_ARGS[0]}"
fi
# We need to make sure qemu doesn't start until we continue in gdb
export SERENITY_EXTRA_QEMU_ARGS="${SERENITY_EXTRA_QEMU_ARGS} -d int -no-reboot -no-shutdown -S"
# We need to disable kaslr to let gdb map the kernel symbols correctly
export SERENITY_KERNEL_CMDLINE="${SERENITY_KERNEL_CMDLINE} disable_kaslr"
set_tmux_title 'qemu'
build_target run
elif [ "$CMD" = "gdb" ]; then
set_tmux_title 'gdb'
run_gdb "${CMD_ARGS[@]}"
fi
else
>&2 echo "Unknown command: $CMD"
usage
fi