def install_arduino_toolchain(bii):
'''Arduino Toolchain uses AVR-GCC & AVR-G++ compilers
'''
hive_disk_image = bii.hive_disk_image
user_io = bii.user_io
paths = hive_disk_image.paths
arduino_cmake = load_resource(DEV_ARDUINO_DIR, "cmake/Arduino.cmake")
bii_ard_path = os.path.join(paths.bii, "Platform/Arduino.cmake")
save_blob_if_modified(bii_ard_path, Blob(arduino_cmake))
toolchain = load_resource(DEV_ARDUINO_DIR, "cmake/arduino_toolchain.cmake")
bii_ard_path = os.path.join(paths.bii, "arduino_toolchain.cmake")
arduino_sdk_path = hive_disk_image.settings.arduino.sdk
toolchain += 'SET(ARDUINO_SDK_PATH "%s")\n' % arduino_sdk_path
SDK_PATH_LIBRARIES = '''SET(SDK_PATH_LIBS "{{libs_dir}}")
SET(ALL_LIBS_DIR {% for name in libs_names %}
${SDK_PATH_LIBS}/{{name}}/src
${SDK_PATH_LIBS}/{{name}}
{% endfor %})
INCLUDE_DIRECTORIES(${ALL_LIBS_DIR})
'''
SDK_PATH_AVR_LIBS = '''
SET(SDK_AVR_PATH_LIBS "{{libs_dir}}")
SET(ALL_LIBS_DIR {% for name in libs_names %}
${SDK_AVR_PATH_LIBS}/{{name}}/src
${SDK_AVR_PATH_LIBS}/{{name}}
{% endfor %})
INCLUDE_DIRECTORIES(${ALL_LIBS_DIR})
'''
libraries_info, libs_recurse_names = _get_libraries_folders(user_io, hive_disk_image)
libraries_path, list_libraries = libraries_info['common']
include_libraries_path = Template(SDK_PATH_LIBRARIES).render(libs_dir=libraries_path,
libs_names=list_libraries)
avr_libs_info = libraries_info.get('avr')
if avr_libs_info:
libs_path, list_libraries = avr_libs_info
include_libraries_path += Template(SDK_PATH_AVR_LIBS).render(libs_dir=libs_path,
libs_names=list_libraries)
toolchain += include_libraries_path
settings = hive_disk_image.settings.arduino
boards_settings = cmake_board_settings(settings.sdk, settings.version)
# Problems with encoding of 1.5.8, yun with accent
boards_settings = boards_settings.decode("utf-8").encode("ascii", "ignore")
toolchain += boards_settings
set_lib_recurses = ["set(%s_RECURSE True)" % lib for lib in libs_recurse_names]
toolchain += "\n".join(set_lib_recurses)
modified = save_blob_if_modified(bii_ard_path, Blob(toolchain))
if modified:
user_io.out.warn("Arduino toolchain defined, regenerating project")
hive_disk_image.delete_build_folder()
user_io.out.write('Creating toolchain for Arduino\n', Color.BRIGHT_BLUE)
user_io.out.success('Run "bii configure -t arduino" to activate it')
user_io.out.success('Run "bii configure -t" to disable it')
def _copy_data(self, block_targets, resources):
""" Data dependencies are copied to the BIN folder of the project, with the
same relative block_name path
"""
for block_target in block_targets.itervalues():
for data in block_target.data:
r = resources[data]
datapath = os.path.join(self.client_hive_manager.paths.bin, data)
save_blob_if_modified(datapath, r.content.load)
def _copy_data(self, block_targets, resources):
""" Data dependencies are copied to the BIN folder of the project, with the
same relative block_name path
"""
for block_target in block_targets.itervalues():
for data in block_target.data:
r = resources[data]
datapath = os.path.join(self.client_hive_manager.paths.bin, data)
save_blob_if_modified(datapath, r.content.load)
def settings(self, *parameters):
'''Configure Raspberry Pi project settings'''
parser = argparse.ArgumentParser(description=self.settings.__doc__,
prog="bii %s:settings" % self.group)
parser.add_argument('--user', help='Your RPi user session, e.g.: pi')
parser.add_argument("--ip", help="Your RPi IP, e.g.: 50.1.2.3")
parser.add_argument(
"--directory",
help="Directory where you'll send the binary files, e.g.: bin")
args = parser.parse_args(*parameters) # for -h
settings = self.hive_disk_image.settings
if any([args.user, args.ip, args.directory]):
rpi_settings_args(args, settings)
else:
rpi_settings_wizard(self.user_io, settings)
#Write to disk
self.hive_disk_image.settings = settings
self.user_io.out.info('Settings saved in: %s' % self.paths.settings)
toolchain_rpi_path = os.path.join(self.paths.bii,
"rpi_toolchain.cmake")
if not os.path.exists(toolchain_rpi_path):
if OSInfo.is_linux():
self.user_io.out.write('Creating toolchain for Raspberry PI\n',
Color.BLUE)
c_path, cpp_path = find_gnu_arm()
if not c_path or not cpp_path:
self.user_io.out.error(
"Unable to find RPI cross-compilers.\n"
"Try executing bii setup:rpi")
content = []
content.append("INCLUDE(CMakeForceCompiler)")
content.append("SET(CMAKE_SYSTEM_NAME Linux)")
content.append("SET(CMAKE_SYSTEM_VERSION 1)")
content.append("SET(CMAKE_C_COMPILER %s)" % c_path)
content.append("SET(CMAKE_CXX_COMPILER %s)" % cpp_path)
content = os.linesep.join(content)
save_blob_if_modified(toolchain_rpi_path, Blob(content))
self.user_io.out.success(
'Run "bii configure -t rpi" to activate it')
self.user_io.out.success(
'Run "bii configure -t" to disable it')
else:
self.user_io.out.error(
"Toolchain for R-Pi only available in Linux now")
self.user_io.out.error(
"You can try to define your own bii/rpi_toolchain.cmake")
def _create_vars_cmake_files(self, block_targets):
b = False
for block_target in block_targets.itervalues():
bii_vars_path = os.path.join(self.bii_paths.cmake,
block_target.filename)
modified = save_blob_if_modified(bii_vars_path,
Blob(block_target.dumps()))
b = b or modified
return b
def settings(self, *parameters):
'''Configure Raspberry Pi project settings'''
parser = argparse.ArgumentParser(description=self.settings.__doc__,
prog="bii %s:settings" % self.group)
parser.add_argument('--user', help='Your RPi user session, e.g.: pi')
parser.add_argument("--ip", help="Your RPi IP, e.g.: 50.1.2.3")
parser.add_argument("--directory", help="Directory where you'll send the binary files, e.g.: bin")
args = parser.parse_args(*parameters) # for -h
settings = self.hive_disk_image.settings
if any([args.user, args.ip, args.directory]):
rpi_settings_args(args, settings)
else:
rpi_settings_wizard(self.user_io, settings)
#Write to disk
self.hive_disk_image.settings = settings
self.user_io.out.info('Settings saved in: %s' % self.paths.settings)
toolchain_rpi_path = os.path.join(self.paths.bii, "rpi_toolchain.cmake")
if not os.path.exists(toolchain_rpi_path):
if OSInfo.is_linux():
self.user_io.out.write('Creating toolchain for Raspberry PI\n', Color.BLUE)
c_path, cpp_path = find_gnu_arm()
if not c_path or not cpp_path:
self.user_io.out.error("Unable to find RPI cross-compilers.\n"
"Try executing bii setup:rpi")
content = []
content.append("INCLUDE(CMakeForceCompiler)")
content.append("SET(CMAKE_SYSTEM_NAME Linux)")
content.append("SET(CMAKE_SYSTEM_VERSION 1)")
content.append("SET(CMAKE_C_COMPILER %s)" % c_path)
content.append("SET(CMAKE_CXX_COMPILER %s)" % cpp_path)
content = os.linesep.join(content)
save_blob_if_modified(toolchain_rpi_path, Blob(content))
self.user_io.out.success('Run "bii configure -t rpi" to activate it')
self.user_io.out.success('Run "bii configure -t" to disable it')
else:
self.user_io.out.error("Toolchain for R-Pi only available in Linux now")
self.user_io.out.error("You can try to define your own bii/rpi_toolchain.cmake")
def regenerate_arduino_settings_cmake(bii):
'''
Regenerate arduino_settings.cmake from current settings
'''
hive_disk_image = bii.hive_disk_image
current_settings = hive_disk_image.settings
# Now process settings
arduino_settings_cmake = load_resource(DEV_ARDUINO_DIR, "cmake/arduino_settings.cmake")
ard_settings = current_settings.arduino
board = board_mapping.get(ard_settings.board, ard_settings.board)
arduino_settings_cmake = arduino_settings_cmake.format(board=board,
port=ard_settings.port,
programmer=ard_settings.programmer
or "usbtinyisp",
serial="")
settings_path = os.path.join(hive_disk_image.paths.bii,
"arduino_settings.cmake")
save_blob_if_modified(settings_path, Blob(arduino_settings_cmake))
def _create_cmakelists(self, block_targets):
'''creates 3 files:
CMakeLists.txt, only if not existing, including the other two files
bii_targets.cmake, the file containing the ADD_LIBRARY and ADD_EXECUTABLES, with the
configuration of flags per target and files
bii_vars.cmake, is a file with variables declarations that are afterwards used in
bii_targets.cmake'''
cmakelists_path = os.path.join(self.bii_paths.cmake, "CMakeLists.txt")
bii_macros_path = os.path.join(self.bii_paths.cmake, 'biicode.cmake')
bii_macros_content = load_resource(DEV_CPP_DIR, "cmake/biicode.cmake")
self._create_default_blocks_cmakelists(block_targets)
# following is a virtual call, may call child class method
cmakelists_content = self._get_project_cmakelists(block_targets)
a = save_blob_if_modified(cmakelists_path, Blob(cmakelists_content))
b = self._create_vars_cmake_files(block_targets)
c = save_blob_if_modified(bii_macros_path, Blob(bii_macros_content))
return a or b or c
def regenerate_arduino_settings_cmake(bii):
'''
Regenerate arduino_settings.cmake from current settings
'''
hive_disk_image = bii.hive_disk_image
current_settings = hive_disk_image.settings
# Now process settings
arduino_settings_cmake = load_resource(DEV_ARDUINO_DIR,
"cmake/arduino_settings.cmake")
ard_settings = current_settings.arduino
board = board_mapping.get(ard_settings.board, ard_settings.board)
arduino_settings_cmake = arduino_settings_cmake.format(
board=board,
port=ard_settings.port,
programmer=ard_settings.programmer or "usbtinyisp",
serial="")
settings_path = os.path.join(hive_disk_image.paths.bii,
"arduino_settings.cmake")
save_blob_if_modified(settings_path, Blob(arduino_settings_cmake))
def install_arduino_toolchain(bii):
'''Arduino Toolchain uses AVR-GCC & AVR-G++ compilers
'''
hive_disk_image = bii.hive_disk_image
user_io = bii.user_io
paths = hive_disk_image.paths
arduino_cmake = load_resource(DEV_ARDUINO_DIR, "cmake/Arduino.cmake")
bii_ard_path = os.path.join(paths.bii, "Platform/Arduino.cmake")
save_blob_if_modified(bii_ard_path, Blob(arduino_cmake))
toolchain = load_resource(DEV_ARDUINO_DIR, "cmake/arduino_toolchain.cmake")
bii_ard_path = os.path.join(paths.bii, "arduino_toolchain.cmake")
arduino_sdk_path = hive_disk_image.settings.arduino.sdk
toolchain += 'SET(ARDUINO_SDK_PATH "%s")\n' % arduino_sdk_path
SDK_PATH_LIBRARIES = '''SET(SDK_PATH_LIBS "{{libs_dir}}")
SET(ALL_LIBS_DIR {% for name in libs_names %}
${SDK_PATH_LIBS}/{{name}}/src
${SDK_PATH_LIBS}/{{name}}
{% endfor %})
INCLUDE_DIRECTORIES(${ALL_LIBS_DIR})
'''
SDK_PATH_AVR_LIBS = '''
SET(SDK_AVR_PATH_LIBS "{{libs_dir}}")
SET(ALL_LIBS_DIR {% for name in libs_names %}
${SDK_AVR_PATH_LIBS}/{{name}}/src
${SDK_AVR_PATH_LIBS}/{{name}}
{% endfor %})
INCLUDE_DIRECTORIES(${ALL_LIBS_DIR})
'''
libraries_info, libs_recurse_names = _get_libraries_folders(
user_io, hive_disk_image)
libraries_path, list_libraries = libraries_info['common']
include_libraries_path = Template(SDK_PATH_LIBRARIES).render(
libs_dir=libraries_path, libs_names=list_libraries)
avr_libs_info = libraries_info.get('avr')
if avr_libs_info:
libs_path, list_libraries = avr_libs_info
include_libraries_path += Template(SDK_PATH_AVR_LIBS).render(
libs_dir=libs_path, libs_names=list_libraries)
toolchain += include_libraries_path
settings = hive_disk_image.settings.arduino
boards_settings = cmake_board_settings(settings.sdk, settings.version)
# Problems with encoding of 1.5.8, yun with accent
boards_settings = boards_settings.decode("utf-8").encode("ascii", "ignore")
toolchain += boards_settings
set_lib_recurses = [
"set(%s_RECURSE True)" % lib for lib in libs_recurse_names
]
toolchain += "\n".join(set_lib_recurses)
modified = save_blob_if_modified(bii_ard_path, Blob(toolchain))
if modified:
user_io.out.warn("Arduino toolchain defined, regenerating project")
hive_disk_image.delete_build_folder()
user_io.out.write('Creating toolchain for Arduino\n', Color.BRIGHT_BLUE)
user_io.out.success('Run "bii configure -t arduino" to activate it')
user_io.out.success('Run "bii configure -t" to disable it')