def discover_devices():
# Create an Array of 5 devices
devices = (hdhomerun_discover_device * 5)()
# Search for devices and put them in the array
num_devices = libhdhomerun.hdhomerun_discover_find_devices_custom(
ctypes.c_long(0), # Filter IP Address (0 ==> no filter)
ctypes.c_long(0x00000001), # Filter Device Type (None)
ctypes.c_long(0xFFFFFFFF), # Filter Device ID (None)
devices , # Search result Array
ctypes.c_int(5)) # Max Num of results Allowed
if num_devices <= 0:
print "No devices Found"
return None
print "Number of Devices:",num_devices
# Prepare the Message
output = []
for i in range(num_devices):
d = {}
d["ip"] = hex(devices[i].ip_addr) # TODO Convert to IP string
d["id"] = hex(devices[i].device_id)
output.append(d)
# Set devices to command center
req = {
"source":"device_manager",
"message":"OK",
"devices":output
}
libcc.send_recv(output)
return output
def loop_forever():
while (1):
# Create an Empty Database object
db = {
"source": "scanner",
"movies": [],
"tv": [],
"music": [],
"pictures": []
}
# Scan the Movie Folder
scan_movies(db["movies"])
# Scan the TV Folder
scan_tv(db["tv"])
# Scan the Music Folder
scan_music(db["music"])
# Scan the Picutre Folder
scan_pictures(db["pictures"])
# Send database to the command cetner
ret = libcc.send_recv(db)
if ret["message"] == "OK":
# if succesful, Wait 10 minutes before the next scan
time.sleep(60 * 10)
else:
# If it doesnt work out, sleep for 10 seconds
time.sleep(10)
return -1
def loop_forever():
while(1):
# Create an Empty Database object
db = {
"source":"scanner",
"movies":[],
"tv":[],
"music":[],
"pictures":[]
}
# Scan the Movie Folder
scan_movies(db["movies"])
# Scan the TV Folder
scan_tv(db["tv"])
# Scan the Music Folder
scan_music(db["music"])
# Scan the Picutre Folder
scan_pictures(db["pictures"])
# Send database to the command cetner
ret = libcc.send_recv(db)
if ret["message"] == "OK":
# if succesful, Wait 10 minutes before the next scan
time.sleep(60*10)
else:
# If it doesnt work out, sleep for 10 seconds
time.sleep(10)
return -1
def loop_forever():
while (1):
# Create a message to send to the Command Center
msg = {}
msg["source"] = "discoverer"
msg["devices"] = dial.discover.discover_devices()
# Send message to devices
resp = libcc.send_recv(msg)
if resp["message"] == "OK":
# If everything went well, sleep for an hour
time.sleep(60 * 60)
else:
# If there was an error, try again in 10
time.sleep(10)
def loop_forever():
while(1):
# Create a message to send to the Command Center
msg = {}
msg["source"] = "discoverer"
msg["devices"]= dial.discover.discover_devices()
# Send message to devices
resp = libcc.send_recv(msg)
if resp["message"] == "OK":
# If everything went well, sleep for an hour
time.sleep(60*60)
else:
# If there was an error, try again in 10
time.sleep(10)
def cc_communicate(req): # Add the source to the request object req["source"] = "cli" resp = libcc.send_recv(req) return resp
def cc_communicate(req):
# Add the source to the request object
req["source"] = "cli"
resp = libcc.send_recv(req)
return resp
