def discover(self):
self.e.find_arduino_file(
'version.txt', ['lib'],
human_name='Arduino lib version file (version.txt)')
if 'arduino_lib_version' not in self.e:
with open(self.e['version.txt']) as f:
print 'Detecting Arduino software version ... ',
v_string = f.read().strip()
v = Version.parse(v_string)
self.e['arduino_lib_version'] = v
print colorize("%s (%s)" % (v, v_string), 'green')
self.e.find_arduino_dir('arduino_core_dir', [
'hardware', 'arduino', 'cores', 'arduino'
], ['Arduino.h'] if self.e.arduino_lib_version.major else 'WProgram.h',
'Arduino core library')
self.e.find_arduino_dir('arduino_libraries_dir', ['libraries'],
human_name='Arduino standard libraries')
if self.e.arduino_lib_version.major:
self.e.find_arduino_dir('arduino_variants_dir',
['hardware', 'arduino', 'variants'],
human_name='Arduino variants directory')
toolset = [
('cc', 'avr-gcc'),
('cxx', 'avr-g++'),
('ar', 'avr-ar'),
('objcopy', 'avr-objcopy'),
]
# Linux has system-wide avr gcc toolset
# other platforms are bundled with it as a part of Arduino Software
system_wide = platform.system() == 'Linux'
for tool_key, tool_binary in toolset:
if system_wide:
self.e.find_tool(tool_key, [tool_binary],
human_name=tool_binary)
else:
self.e.find_arduino_tool(tool_key,
['hardware', 'tools', 'avr', 'bin'],
items=[tool_binary],
human_name=tool_binary)
def discover(self):
self.e.find_arduino_file('version.txt', ['lib'],
human_name='Arduino lib version file (version.txt)')
if 'arduino_lib_version' not in self.e:
with open(self.e['version.txt']) as f:
print 'Detecting Arduino software version ... ',
v_string = f.read().strip()
v = Version.parse(v_string)
self.e['arduino_lib_version'] = v
print colorize("%s (%s)" % (v, v_string), 'green')
self.e.find_arduino_dir('arduino_core_dir',
['hardware', 'arduino', 'cores', 'arduino'],
['Arduino.h'] if self.e.arduino_lib_version.major else 'WProgram.h',
'Arduino core library')
self.e.find_arduino_dir('arduino_libraries_dir', ['libraries'],
human_name='Arduino standard libraries')
if self.e.arduino_lib_version.major:
self.e.find_arduino_dir('arduino_variants_dir',
['hardware', 'arduino', 'variants'],
human_name='Arduino variants directory')
toolset = [
('cc', 'avr-gcc'),
('cxx', 'avr-g++'),
('ar', 'avr-ar'),
('objcopy', 'avr-objcopy'),
]
# Linux has system-wide avr gcc toolset
# other platforms are bundled with it as a part of Arduino Software
system_wide = platform.system() == 'Linux'
for tool_key, tool_binary in toolset:
if system_wide:
self.e.find_tool(tool_key, [tool_binary], human_name=tool_binary)
else:
self.e.find_arduino_tool(tool_key, ['hardware', 'tools', 'avr', 'bin'],
items=[tool_binary], human_name=tool_binary)
def test_parsing(self):
assert_equal(Version.parse('0022'), (0, 22, 0))
assert_equal(Version.parse('0022ubuntu0.1'), (0, 22, 0))
assert_equal(Version.parse('0022-macosx-20110822'), (0, 22, 0))
assert_equal(Version.parse('1.0'), (1, 0, 0))
assert_equal(Version.parse('1:1.0.5+dfsg2-1'), (1, 0, 5))
def test_int_conversion(self):
assert_equal(Version(0, 22, 0).as_int(), 22)
assert_equal(Version(1, 0, 0).as_int(), 100)
assert_equal(Version(1, 0, 5).as_int(), 105)
assert_equal(Version(1, 5, 1).as_int(), 151)