def devices_list(self):
chdkptp = shell('chdkptp')
chdkptp.sendline('list')
chdkptp.expect("-1:.*", timeout=20)
cams = chdkptp.after.decode()
chdkptp.kill(0)
return cams.split('\n')[:-1]
def devices_list(self):
chdkptp = shell('chdkptp')
chdkptp.sendline('list')
chdkptp.expect("-1:.*", timeout=20)
cams = chdkptp.after.decode()
chdkptp.kill(0)
return cams.split('\n')[:-1]
def connect(self, p_cam_info):
cam = shell('chdkptp')
expression = r"(?P<bus>b=[0-9]+) (?P<dev>d=[0-9]+)"
result = re.search(expression, p_cam_info)
dev = result.group('dev')
bus = result.group('bus')
# Command connect to camera example: connect -b=001 -d=003
cam.sendline('connect -{0} -{1}'.format(bus, dev))
cam.sendline('download orientation.txt /tmp/')
cam.expect('A/.*', timeout=5)
orientation = check_output('cat /tmp/orientation.txt', shell=True).decode().strip()
self.cams[orientation] = cam
def connect(self, p_cam_info):
cam = shell('chdkptp')
expression = r"(?P<bus>b=[0-9]+) (?P<dev>d=[0-9]+)"
result = re.search(expression, p_cam_info)
dev = result.group('dev')
bus = result.group('bus')
# Command connect to camera example: connect -b=001 -d=003
cam.sendline('connect -{0} -{1}'.format(bus, dev))
cam.sendline('download orientation.txt /tmp/')
cam.expect('A/.*', timeout=5)
orientation = check_output('cat /tmp/orientation.txt',
shell=True).decode().strip()
self.cams[orientation] = cam
