def default_config():
# create core config
Module.create_config(Core.get_config_definition())
# iterate over module types
for i in ("input", "output", "platform", "sleep", "status"):
# list module folder
for j in Module.list_modules(i):
# load module class
klass = Module.load_class(i, j)
# skip unloadable classes
if klass == None:
continue
# get config definition
cd = klass.get_config_definition()
# skip if module has no configuration
if cd == None:
continue
# create configuration file
Module.create_config(cd)
def test_modules():
# load all module classes to check for import and syntax errors
for i in ("platform", "input", "output", "sleep", "status"):
log_info("Test loading " + i + " module classes.")
for j in Module.list_modules(i):
Module.load_class(i, j)
# check if input device id's are unique
log_info("Testing for unique input module ids.")
ids = []
for i in range(0, 256):
ids.append("")
for i in Module.list_modules("input"):
klass = Module.load_class("input", i)
if len(ids[klass.get_id()]) == 0:
ids[klass.get_id()] = i
else:
raise Exception("Id " + str(klass.get_id()) + " should be unique but is used by input modules '" + ids[klass.get_id()] + "' and '" + i + "'.")
def __decode(array):
# create an array of all the input modules
modules = [None] * 256
for i in Module.list_modules("input"):
klass = Module.load_class("input", i)
if modules[klass.get_id()] != None:
Exception(
"Input module id " + str(klass.get_id()) +
" is used by multiple classes, run tests for more information."
)
modules[klass.get_id()] = klass
# first check if we have a valid measurement array by adding together
# the lengths and checking if it fits the size
l = len(array)
if l < 2:
raise Exception("invalid measurement string - too small")
s = 0
while s < l:
if modules[array[s]] == None:
raise Exception(
"invalid measurement string - unknown input module id")
if array[s + 1] == 0:
raise Exception(
"invalid measurement string - length cannot be zero")
s += array[s + 1]
if l != s:
raise Exception(
"invalid measurement string - lenght does not add up")
# decoded string
s = ""
# read counter
c = 0
while c < l:
# input module id
id = array[c]
# measurement length
ml = array[c + 1]
# measurement array
ma = bytearray(ml)
for i in range(0, ml):
ma[i] = array[c + 2 + i]
# set read counter
c = c + 2 + ml
# add to decoded string
if len(s) != 0:
s += ",\n"
s += modules[id].decode(ma)
return "{\n" + s + "\n}"