"channel_device": '/tmp/osdp_mq',
}
]
key = '01020304050607080910111213141516'
commands = [output_cmd, buzzer_cmd, text_cmd, led_cmd, comset_cmd, mfg_cmd]
def event_handler(address, event):
print("Address: ", address, " Event: ", event)
# Print LibOSDP version and source info
print("pyosdp", "Version:", osdp.get_version(), "Info:",
osdp.get_source_info())
osdp.set_loglevel(6)
cp = osdp.ControlPanel(pd_info, master_key=key)
cp.set_event_callback(event_handler)
count = 0 # loop counter
PD_0 = 0 # PD offset number
while True:
cp.refresh()
if (count % 100) == 99 and cp.sc_active(PD_0):
# send a random command to the PD_0
r = random.randint(PD_0, len(commands) - 1)
cp.send_command(PD_0, commands[r])
# For MFG commands, repply wth MFGREP. Notice that the "command"
# is still set be osdp.CMD_MFG. This is because the structure for both
# MFG and MFGREP are the same.
return {
"return_code": 1,
"command": osdp.CMD_MFG,
"vendor_code": 0x00030201,
"mfg_command": 14,
"data": bytes([1,2,3,4,5,6,7,8])
}
return { "return_code": 0 }
# Print LibOSDP version and source info
print("pyosdp", "Version:", osdp.get_version(),
"Info:", osdp.get_source_info())
osdp.set_loglevel(6)
pd = osdp.PeripheralDevice(pd_info, capabilities=pd_cap, scbk=load_scbk())
pd.set_command_callback(handle_command)
card_read_event = {
"event": osdp.EVENT_CARDREAD,
"reader_no": 1,
"format": osdp.CARD_FMT_ASCII,
"direction": 1,
"data": bytes([ord('p'),ord('y'),ord('o'),ord('s'),ord('d'),ord('p')])
}
keypress_event = {
"event": osdp.EVENT_KEYPRESS,