def page_read(node, page, num):
seq_nos = {}
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=24, data=[node, page, num]) # Page Read
while True:
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=26)
if response:
seq_no = response.data[0]
seq_nos[seq_no] = response.data
#print "seq_no: ", seq_no, " data:",
#print ",".join(["%02x"%(el) for el in response.data[1:]]) # print as data arrives
else:
break
# Check that all sequence numbers are there
n = int(num / 7) + 1 # number of expected response events
if False:
for i in range(n):
if i not in seq_nos:
print "missing seq_no: ", i
if True:
for i in range(n):
try:
v = seq_nos[i]
print "seq_no: %d " % (i), ",".join(["%02x"%(el) for el in v[1:]])
except KeyError:
print "seq_no: %d missing" % (i)
def probe(nn):
"""Probe for one node with nickname nn"""
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=2, data=[nn]) # Probe
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=3, tries=100, delay=0.001) # Probe ACK
if response:
return True
return False
def probe(nn):
"""Probe for one node with nickname nn"""
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=2, data=[nn]) # Probe
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL,
type=3,
tries=100,
delay=0.001) # Probe ACK
if response:
return True
return False
def whoisthere():
guids = {}
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=31, data=[0xff]) # Who is there?
while True:
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=32, tries=10)
if not response:
break
if response.guid not in guids:
print "detected: ", response.guid
guids[response.guid] = True
return guids
def whoisthere():
guids = {}
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=31,
data=[0xff]) # Who is there?
while True:
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL,
type=32,
tries=10)
if not response:
break
if response.guid not in guids:
print "detected: ", response.guid
guids[response.guid] = True
return guids
def read_register(node, reg):
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=9, data=[node, reg]) # Read Register
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=10)
if not response:
#print "no response"
return None
# Decode response and extract register and value
register = int(response.data[0])
value = int(response.data[1])
# Cross check
if reg <> register:
print "ERROR read_register"
return None
return value
def write_register(node, reg, val):
vscpdif.send(class1=VSCP_CLASS1_PROTOCOL, type=11, data=[node, reg, val]) # Write Register
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=10)
if not response:
print "no response"
return False
# Decode response and extract register and value
register = int(response.data[0])
value = int(response.data[1])
if reg != register:
print "ERROR register"
return False
if val != value:
print "ERROR value"
return False
return True
def discover_nickname():
for i in range(1,255):
nn_in_use = False
for j in range(5):
logger.debug("discover nickname %d/%d" % (i,j))
send_probe(i)
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL, type=3)
if response:
# Nickname in use already. Don't probe this one again.
nn_in_use = True
break
if nn_in_use:
# Try next one.
continue
# Not in use, so it is available
send_probe(i)
REGISTER[NICKNAME] = i
registers_write()
logger.info("I'm node: %d", i)
break
def discover_nickname():
for i in range(1, 255):
nn_in_use = False
for j in range(5):
logger.debug("discover nickname %d/%d" % (i, j))
send_probe(i)
response = vscpdif.get_response_match(class1=VSCP_CLASS1_PROTOCOL,
type=3)
if response:
# Nickname in use already. Don't probe this one again.
nn_in_use = True
break
if nn_in_use:
# Try next one.
continue
# Not in use, so it is available
send_probe(i)
REGISTER[NICKNAME] = i
registers_write()
logger.info("I'm node: %d", i)
break