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tmp/arduino-cli-pre-rebase
Jesse Vincent 4 years ago
parent 4c78cc0155
commit f9223ebd7d
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GPG Key ID: CC228463465E40BC
1 changed files with 83 additions and 96 deletions
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179
bin/kaleidoscope-builder
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@ -19,50 +19,46 @@ set -e
###### Build and output configuration
######
identify_os() {
## Platform-specific overrides
# Shamelessly stolen from git's Makefile
uname_S=$(uname -s 2>/dev/null || echo not)
uname_O=$(uname -o 2>/dev/null || echo not)
## Platform-specific overrides
# Shamelessly stolen from git's Makefile
uname_S=$(uname -s 2>/dev/null || echo not)
uname_O=$(uname -o 2>/dev/null || echo not)
}
adjust_for_virtual_build() {
if [ "${uname_S}" = "FreeBSD" ]; then
: "${COMPILER_PATH:=/usr/local/bin/}"
else
: "${COMPILER_PATH:=/usr/bin/}"
fi
if [ "${uname_S}" = "FreeBSD" ]; then
: "${COMPILER_PATH:=/usr/local/bin/}"
else
: "${COMPILER_PATH:=/usr/bin/}"
fi
COMPILER_PREFIX=""
COMPILER_PREFIX=""
}
adjust_for_cygwin() {
# The Windows arduino-builder.exe doesn't understand being told to exec against Cygwin symlinks
CCACHE_NOT_SUPPORTED=1
# It's important that all of these be underneath /cygdrive/c so they can be converted to Windows paths that the
# Windows Arduino binaries can understand.
: "${TMPDIR:=/cygdrive/c/Users/${USER}/AppData/Local/Temp}"
# We need to prevent Windows executables from being passed parameters that are absolute paths, since they won't
# be interpretable when of the form /cygdrive/c/foo. To work around this, we set the common path root variables
# to use relative paths instead of absolute paths, since those have mostly platform-agnostic behavior.
#
# Note that this trick requires that all of these paths exist on the same drive letter as the current directory,
# since otherwise even the relative paths would include Cygwin-specific components. So...
if [[ $(realpath --relative-base=/cygdrive/c .) == /* ]]; then
echo "kaleidoscope-builder's Cygwin support is currently limited to running from within /cygdrive/c"
exit 1
fi
# The Windows arduino-builder.exe doesn't understand being told to exec against Cygwin symlinks
CCACHE_NOT_SUPPORTED=1
# It's important that all of these be underneath /cygdrive/c so they can be converted to Windows paths that the
# Windows Arduino binaries can understand.
: "${TMPDIR:=/cygdrive/c/Users/${USER}/AppData/Local/Temp}"
# We need to prevent Windows executables from being passed parameters that are absolute paths, since they won't
# be interpretable when of the form /cygdrive/c/foo. To work around this, we set the common path root variables
# to use relative paths instead of absolute paths, since those have mostly platform-agnostic behavior.
#
# Note that this trick requires that all of these paths exist on the same drive letter as the current directory,
# since otherwise even the relative paths would include Cygwin-specific components. So...
if [[ $(realpath --relative-base=/cygdrive/c .) == /* ]]; then
echo "kaleidoscope-builder's Cygwin support is currently limited to running from within /cygdrive/c"
exit 1
fi
TMPDIR="$(realpath --relative-to=./ ${TMPDIR})"
TMPDIR="$(realpath --relative-to=./ ${TMPDIR})"
}
absolute_filename() {
echo "$(cd "$(dirname "$1")" && pwd)/$(basename "$1")"
}
@ -72,7 +68,7 @@ read_conf_files() {
for conf_file in \
"${HOME}/.kaleidoscope-builder.conf" \
"$(pwd)/.kaleidoscope-builder.conf" \
"$(pwd)/kaleidoscope-builder.conf" \
"$(pwd)/kaleidoscope-builder.conf"; do
if [ -e "${conf_file}" ]; then
# shellcheck disable=SC1090
. "${conf_file}"
@ -290,18 +286,18 @@ prompt_before_flashing() {
}
reset_device_cmd() {
if [ -z ${NO_RESET} ]; then
if [ "${uname_S}" = "Darwin" ]; then
/bin/stty -f ${DEVICE_PORT} 1200
elif [ "${uname_S}" = "FreeBSD" ]; then
/bin/stty -f ${DEVICE_PORT} 1200
elif [ "${uname_O}" = "Cygwin" ]; then
cmd /c mode ${DEVICE_COM_PORT} baud=1200
else
stty -F ${DEVICE_PORT} 1200 hupcl
fi
fi
if [ -z ${NO_RESET} ]; then
if [ "${uname_S}" = "Darwin" ]; then
/bin/stty -f ${DEVICE_PORT} 1200
elif [ "${uname_S}" = "FreeBSD" ]; then
/bin/stty -f ${DEVICE_PORT} 1200
elif [ "${uname_O}" = "Cygwin" ]; then
cmd /c mode ${DEVICE_COM_PORT} baud=1200
else
stty -F ${DEVICE_PORT} 1200 hupcl
fi
fi
}
flash() {
@ -656,56 +652,53 @@ reset_device() {
reset_device_cmd
}
find_bootloader_ports() {
if [ -n "${DEVICE_PORT_BOOTLOADER}" ]; then
echo "DEVICE_PORT_BOOTLOADER=\"${DEVICE_PORT_BOOTLOADER}\" predefined."
return
fi
if [ -n "${DEVICE_PORT_BOOTLOADER}" ]; then
echo "DEVICE_PORT_BOOTLOADER=\"${DEVICE_PORT_BOOTLOADER}\" predefined."
return
fi
find_device_vid_pid
: "${BOOTLOADER_VID:=${VID}}"
if [ "${uname_S}" = "Darwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-macos"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID})"
elif [ "${uname_O}" = "Cygwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-windows.ps1"
DEVICE_PORT_BOOTLOADER="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID} -Format COM)"
elif [ "${uname_S}" = "FreeBSD" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCPE_BIN_DIR}/find-device-port-freebsd"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER})"
find_device_vid_pid
: "${BOOTLOADER_VID:=${VID}}"
if [ "${uname_S}" = "Darwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-macos"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID})"
elif [ "${uname_O}" = "Cygwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-windows.ps1"
DEVICE_PORT_BOOTLOADER="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID} -Format COM)"
elif [ "${uname_S}" = "FreeBSD" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCPE_BIN_DIR}/find-device-port-freebsd"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER})"
else
else
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-linux-udev"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID})"
fi
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-linux-udev"
DEVICE_PORT_BOOTLOADER="$(perl ${DEVICE_PORT_PROBER} ${BOOTLOADER_VID} ${BOOTLOADER_PID})"
fi
}
find_device_port() {
if [ -n "${DEVICE_PORT}" ]; then
echo "DEVICE_PORT=\"${DEVICE_PORT}\" predefined."
return
fi
find_device_vid_pid
if [ "${uname_S}" = "Darwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-macos"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID})"
elif [ "${uname_O}" = "Cygwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-windows.ps1"
DEVICE_PORT="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID} -Format Cygwin)"
DEVICE_COM_PORT="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID} -Format COM)"
elif [ "${uname_S}" = "FreeBSD" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-freebsd"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER})"
else
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-linux-udev"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID})"
fi
}
if [ -n "${DEVICE_PORT}" ]; then
echo "DEVICE_PORT=\"${DEVICE_PORT}\" predefined."
return
fi
find_device_vid_pid
if [ "${uname_S}" = "Darwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-macos"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID})"
elif [ "${uname_O}" = "Cygwin" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-windows.ps1"
DEVICE_PORT="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID} -Format Cygwin)"
DEVICE_COM_PORT="$(powershell -noprofile -executionpolicy bypass ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID} -Format COM)"
elif [ "${uname_S}" = "FreeBSD" ]; then
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-freebsd"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER})"
else
DEVICE_PORT_PROBER="${KALEIDOSCOPE_BIN_DIR}/find-device-port-linux-udev"
DEVICE_PORT="$(perl ${DEVICE_PORT_PROBER} ${VID} ${SKETCH_PID})"
fi
}
check_device_port() {
if [ -z "$DEVICE_PORT" ]; then
@ -834,29 +827,23 @@ else
ARDUINO_VERBOSE="--quiet"
fi
: "${BOARD:=model01}"
if [[ -z "${ARCH}" && -n "${FQBN}" ]]; then
ARCH=$(echo "${FQBN}" | sed -n -e 's/^[^:]\+:\([^:]\+\).*/\1/p')
ARCH=$(echo "${FQBN}" | sed -n -e 's/^[^:]\+:\([^:]\+\).*/\1/p')
fi
: "${ARCH:=avr}"
: "${FQBN:=keyboardio:${ARCH}:${BOARD}}"
if [ "${ARCH}" = "virtual" ]; then
adjust_for_virtual_build
adjust_for_virtual_build
fi
if [ "${uname_O}" = "Cygwin" ]; then
adjust_for_cygwin
adjust_for_cygwin
fi
## Parse the command-line
## - anything that has a =, is an env var
## - from the remaining stuff, the first one is the Library/Sketch

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