def get_biicode_env_folder_path():
""" this folder is used to store automatically downloaed ArduinoSDK and RPI cross compilers
"""
if OSInfo.is_win():
return os.path.normpath("C:/biicode_env")
else:
return os.path.expanduser("~/.biicode_env")
def get_biicode_env_folder_path():
""" this folder is used to store automatically downloaed ArduinoSDK and RPI cross compilers
"""
if OSInfo.is_win():
return os.path.normpath("C:/biicode_env")
else:
return os.path.expanduser("~/.biicode_env")
def _get_standard_path():
if OSInfo.is_win():
return 'C:/Program Files (x86)/Arduino'
elif OSInfo.is_linux():
return '/usr/share/arduino'
elif OSInfo.is_mac():
return '/Applications/Arduino.app/Contents/Resources/Java'
def _get_standard_path():
if OSInfo.is_win():
return 'C:/Program Files (x86)/Arduino'
elif OSInfo.is_linux():
return '/usr/share/arduino'
elif OSInfo.is_mac():
return '/Applications/Arduino.app/Contents/Resources/Java'
def _install_cmake(user_io, bii_paths):
user_io.out.writeln('Downloading and installing CMake %s' % _CMAKE_VERSION, front=Color.GREEN)
if OSInfo.is_win():
return _install_cmake_win(user_io, bii_paths)
elif OSInfo.is_mac():
return _install_cmake_mac(user_io)
elif OSInfo.is_linux():
return _install_cmake_linux(user_io, bii_paths)
def _install_cmake(user_io, bii_paths):
user_io.out.writeln('Downloading and installing CMake %s' % _CMAKE_VERSION,
front=Color.GREEN)
if OSInfo.is_win():
return _install_cmake_win(user_io, bii_paths)
elif OSInfo.is_mac():
return _install_cmake_mac(user_io)
elif OSInfo.is_linux():
return _install_cmake_linux(user_io, bii_paths)
def ssh_upload(self, possible_firmwares, ip):
'''Uploading the firmware to Arduino'''
firmware = _firmware_to_upload(self.bii, possible_firmwares)
self.bii.user_io.out.writeln('Uploading...')
if not OSInfo.is_win():
scp_command = "scp %s.hex root@%s:/tmp/" % (firmware, ip)
ssh_command = "ssh root@%s /usr/bin/run-avrdude /tmp/%s.hex -q -q" % (ip, firmware)
bii_paths = self.bii.bii_paths
self._execute_command(scp_command, bii_paths.bin)
self._execute_command(ssh_command)
def get_arduino_download_url(version):
if OSInfo.is_win():
url = S3_URL + "arduino-%s-windows.zip" % version
elif OSInfo.is_mac():
url = S3_URL + "arduino-%s-macosx.zip" % version
elif OSInfo.is_linux():
if OSInfo.architecture() == "64bit":
url = S3_URL + "arduino-%s-linux64.tgz" % version
elif OSInfo.architecture() == "32bit":
url = S3_URL + "arduino-%s-linux32.tgz" % version
return url
def get_arduino_download_url(version):
if OSInfo.is_win():
url = S3_URL + "arduino-%s-windows.zip" % version
elif OSInfo.is_mac():
url = S3_URL + "arduino-%s-macosx.zip" % version
elif OSInfo.is_linux():
if OSInfo.architecture() == "64bit":
url = S3_URL + "arduino-%s-linux64.tgz" % version
elif OSInfo.architecture() == "32bit":
url = S3_URL + "arduino-%s-linux32.tgz" % version
return url
def ssh_upload(self, possible_firmwares, ip):
'''Uploading the firmware to Arduino'''
firmware = _firmware_to_upload(self.bii, possible_firmwares)
self.bii.user_io.out.writeln('Uploading...')
if not OSInfo.is_win():
scp_command = "scp %s.hex root@%s:/tmp/" % (firmware, ip)
ssh_command = "ssh root@%s /usr/bin/run-avrdude /tmp/%s.hex -q -q" % (
ip, firmware)
bii_paths = self.bii.bii_paths
self._execute_command(scp_command, bii_paths.bin)
self._execute_command(ssh_command)
def _get_cmake_download_url():
if OSInfo.is_win():
url = S3_URL + "cmake-%s-win32-x86.zip" % _CMAKE_VERSION
elif OSInfo.is_mac():
url = S3_URL + 'cmake-%s-Darwin64-universal.dmg' % _CMAKE_VERSION
elif OSInfo.is_linux():
import platform
if OSInfo.architecture() == "64bit":
url = S3_URL + "cmake-%s-Linux-64.tar.gz" % _CMAKE_VERSION
elif OSInfo.architecture() == "32bit":
url = S3_URL + "cmake-%s-Linux-i386.tar.gz" % _CMAKE_VERSION
if platform.machine() == "armv6l" or platform.machine() == "armv7l":
url = S3_URL + "cmake-%s-Linux-armv6.tar.gz" % _CMAKE_VERSION
return url
def _get_cmake_download_url():
if OSInfo.is_win():
url = S3_URL + "cmake-%s-win32-x86.zip" % _CMAKE_VERSION
elif OSInfo.is_mac():
url = S3_URL + 'cmake-%s-Darwin64-universal.dmg' % _CMAKE_VERSION
elif OSInfo.is_linux():
import platform
if OSInfo.architecture() == "64bit":
url = S3_URL + "cmake-%s-Linux-64.tar.gz" % _CMAKE_VERSION
elif OSInfo.architecture() == "32bit":
url = S3_URL + "cmake-%s-Linux-i386.tar.gz" % _CMAKE_VERSION
if platform.machine() == "armv6l" or platform.machine() == "armv7l":
url = S3_URL + "cmake-%s-Linux-armv6.tar.gz" % _CMAKE_VERSION
return url
def _setup_cpp(self, interactive):
restart_console = False
try:
paths = self.bii.bii_paths
install_cmake(self.bii.user_io, paths, interactive)
gnu_optional = OSInfo.is_win()
# GNU in windows is optional, you could use Visual
restart_console2 = install_gnu(self.bii.user_io, gnu_optional)
restart_console = restart_console or restart_console2
except BiiException as e:
self.bii.user_io.out.error(str(e))
raise BiiException("The cpp setup has failed. Please fix problems and launch bii "
"setup:cpp again")
finally:
if restart_console:
self.bii.user_io.out.warn('The PATH has changed, it is necessary '
'to CLOSE this window')
self.bii.user_io.out.warn('Please close this window')
def _setup_cpp(self, interactive):
restart_console = False
try:
paths = self.bii.bii_paths
install_cmake(self.bii.user_io, paths, interactive)
gnu_optional = OSInfo.is_win()
# GNU in windows is optional, you could use Visual
restart_console2 = install_gnu(self.bii.user_io, gnu_optional)
restart_console = restart_console or restart_console2
except BiiException as e:
self.bii.user_io.out.error(str(e))
raise BiiException(
"The cpp setup has failed. Please fix problems and launch bii "
"setup:cpp again")
finally:
if restart_console:
self.bii.user_io.out.warn(
'The PATH has changed, it is necessary '
'to CLOSE this window')
self.bii.user_io.out.warn('Please close this window')
def _handle_generator(self, generator):
""" update current settings with the arg passed generator, or define a
default generator. If settings for the toolchain do not exist, they
might be created, as defaults or requested to user by wizard (e.g. arduino board)
param generator: possible None. Text string with the Cmake generator
"""
hive_disk_image = self.hive_disk_image
settings = hive_disk_image.settings
if generator:
if generator != settings.cmake.generator:
if settings.cmake.generator:
self.bii.user_io.out.warn("Changed CMake generator, regenerating project")
hive_disk_image.delete_build_folder()
settings.cmake.generator = generator
hive_disk_image.settings = settings
else:
if not settings.cmake.generator:
if OSInfo.is_win():
settings.cmake.generator = "MinGW Makefiles"
else:
settings.cmake.generator = "Unix Makefiles"
hive_disk_image.settings = settings
def _handle_generator(self, generator):
""" update current settings with the arg passed generator, or define a
default generator. If settings for the toolchain do not exist, they
might be created, as defaults or requested to user by wizard (e.g. arduino board)
param generator: possible None. Text string with the Cmake generator
"""
hive_disk_image = self.hive_disk_image
settings = hive_disk_image.settings
if generator:
if generator != settings.cmake.generator:
if settings.cmake.generator:
self.bii.user_io.out.warn(
"Changed CMake generator, regenerating project")
hive_disk_image.delete_build_folder()
settings.cmake.generator = generator
hive_disk_image.settings = settings
else:
if not settings.cmake.generator:
if OSInfo.is_win():
settings.cmake.generator = "MinGW Makefiles"
else:
settings.cmake.generator = "Unix Makefiles"
hive_disk_image.settings = settings
def _reset_serial(out, serial_port, wait_for_upload_port=False):
''' Code original from https://github.com/Robot-Will/Stino/tree/master/app
adapted to biicode to reset Arduino ports
Reset any serial port.
parameters:
out: bii.user_io.out
serial_port: current serial port detected
wait_for_upload_port: True if board == 'leonardo'
return:
selected port
'''
caterina_serial_port = ''
before_serial_list = _detect_arduino_port()
if serial_port in before_serial_list:
non_serial_list = before_serial_list[:]
non_serial_list.remove(serial_port)
out.success('Forcing reset using 1200bps open/close on port %s' % serial_port)
_touch_serial_port(serial_port, 1200)
if not wait_for_upload_port:
time.sleep(0.4)
return serial_port
# Scanning for available ports seems to open the port or
# otherwise assert DTR, which would cancel the WDT reset if
# it happened within 250 ms. So we wait until the reset should
# have already occurred before we start scanning.
time.sleep(3 if OSInfo.is_win() else 0.3)
# Wait for a port to appear on the list
elapsed = 0
while (elapsed < 10000):
now_serial_list = _detect_arduino_port()
diff_serial_list = [v for v in now_serial_list if v not in non_serial_list]
out.success('Ports {%s}/{%s} => {%s}'
% (before_serial_list, now_serial_list, diff_serial_list))
if len(diff_serial_list) > 0:
caterina_serial_port = diff_serial_list[0]
out.success('Found new upload port: %s' % caterina_serial_port)
break
# Keep track of port that disappears
# before_serial_list = now_serial_list
time.sleep(0.25)
elapsed += 250
# On Windows, it can take a long time for the port to disappear and
# come back, so use a longer time out before assuming that the selected
# port is the bootloader (not the sketch).
if (((not OSInfo.is_win() and elapsed >= 500)
or elapsed >= 5000) and (serial_port in now_serial_list)):
out.success('Uploading using selected port: %s' % serial_port)
caterina_serial_port = serial_port
break
if not caterina_serial_port:
out.error("Couldn't find a Leonardo on the selected port. "
"Check that you have the correct port selected. "
"If it is correct, try pressing the board's reset"
" button after initiating the upload.")
return caterina_serial_port or 'None'
