def _hw_info():
# TODO: This import is done here to avoid potential
# import loops with kano-peripherals.
from kano_peripherals.wrappers.detection import is_ck2_lite, is_ck2_pro, \
is_ckt, get_ck2_lite_version, get_ck2_pro_version, get_ckt_version
# If CKL/CKCs cannot be detected, defaults to Computer Kits without version.
kit_type = 'ck'
kit_version = None
# Detect CK Lite via the PiHat board.
if is_ck2_lite():
kit_type = 'ckl'
kit_version = get_ck2_lite_version()
# Detect CK Complete via the PowerHat board and other peripherals.
elif is_ck2_pro():
kit_type = 'ckc'
kit_version = get_ck2_pro_version()
# Detect CKT via the PowerHat board and EDID.
elif is_ckt():
kit_type = 'ckt'
kit_version = get_ckt_version()
track_data(
'hw-info', {
'keyboard': 'kano' if detect_kano_keyboard() else 'generic',
'model': get_rpi_model(),
'partitions': get_partition_info(),
'kit': {
'type': kit_type,
'version': kit_version.vstring if kit_version else kit_version
}
})
def _hw_info():
# TODO: This import is done here to avoid potential
# import loops with kano-peripherals.
from kano_peripherals.wrappers.detection import is_ck2_lite, is_ck2_pro, \
is_ckt, get_ck2_lite_version, get_ck2_pro_version, get_ckt_version
# If CKL/CKCs cannot be detected, defaults to Computer Kits without version.
kit_type = 'ck'
kit_version = None
# Detect CK Lite via the PiHat board.
if is_ck2_lite():
kit_type = 'ckl'
kit_version = get_ck2_lite_version()
# Detect CK Complete via the PowerHat board and other peripherals.
elif is_ck2_pro():
kit_type = 'ckc'
kit_version = get_ck2_pro_version()
# Detect CKT via the PowerHat board and EDID.
elif is_ckt():
kit_type = 'ckt'
kit_version = get_ckt_version()
track_data('hw-info', {
'keyboard': 'kano' if detect_kano_keyboard() else 'generic',
'model': get_rpi_model(),
'partitions': get_partition_info(),
'kit': {
'type': kit_type,
'version': kit_version.vstring if kit_version else kit_version
}
})
def get_cpu_info():
'''
Returns a string with the cpuid and the board model
'''
cmd = "/usr/bin/rpi-info"
o, _, _ = run_cmd(cmd)
o += '\nModel: {}'.format(get_rpi_model())
return o
def get_cpu_info():
'''
Returns a string with the cpuid and the board model
'''
cmd = "/usr/bin/rpi-info"
o, _, _ = run_cmd(cmd)
o += '\nModel: {}'.format(get_rpi_model())
return o
def _hw_info():
track_data("hw-info", {
"keyboard": "kano" if detect_kano_keyboard() else "generic",
"model": get_rpi_model()
})
def _hw_info():
track_data('hw-info', {
'keyboard': 'kano' if detect_kano_keyboard() else 'generic',
'model': get_rpi_model(),
'partitions': get_partition_info()
})
