def boards2csv(csv_path, logger=None):
csv_path = Path(csv_path).abspath()
if not logger:
logger = (lambda x: x)
targets = arduino.targets()
fx = open(csv_path, 'wb')
writer = csv.writer(fx)
logger('generating ' + csv_path)
writer.writerow('index package id name MCU F_CPU'.split())
if not hasattr(boards2csv, 'index'):
boards2csv.index = 0
for cc in targets:
boards2csv.index += 1
index = boards2csv.index
writer.writerow([
index,
cc.hwpack,
cc.board,
cc.board_options.name,
cc.board_options.build.mcu,
cc.board_options.build.f_cpu,
])
def main():
cc = Arduino()
# print 'compiler version:', cc.version()
print 'code:', cc.minprog
print
for mcu in targets():
cc = Arduino(mcu=mcu)
test(cc)
def main():
cc = Arduino()
# print 'compiler version:', cc.version()
print 'code:', cc.minprog
print
for mcu in targets():
cc = Arduino(mcu=mcu)
test(cc)
cc.build(ex)
assert cc.size().ok
def generate(func, params, labels=None):
if not labels:
labels = params
if not hasattr(func, '_index'):
func._index = 0
func._index += 1
cmd = '''def test_{func._index}_{labels}(): {func.__name__}({params})'''.format(func=func,
params=','.join(
['"%s"' % x for x in params]),
labels='_'.join(labels))
logging.debug('cmd:' + cmd)
return cmd
# def test_build():
# for ex in examples:
# for cc in arduino.targets():
# cc.extra_lib = root
# if cc.hwpack=='arduino':
# yield check_build, ex, cc
for ex in examples:
for cc in arduino.targets():
if cc.hwpack == 'arduino':
if (str(path(ex).name), cc.mcu_compiler()) not in fails:
exec generate(check_build,
[ex, cc.hwpack, cc.board],
[ex.namebase, cc.hwpack, cc.board])
def test_targets_list():
ok_(len(targets()))
