def send(self, evt, data={}):
if self.live == False:
return
message = microjson.to_json({"evt": evt, "data": data})
Log.info("Sending message: "+message)
self._socket.send(message+"\n")
def loadSettings():
with open('../public/api/v1/data/system/sysinfo.json') as config_file:
content = config_file.read()
config = microjson.from_json(content)
msg_data = {}
msg_data['name'] = config['name']
msg_data['location'] = config['location']
return microjson.to_json(msg_data)
def loadSettings():
with open('config.json') as config_file:
content = config_file.read()
config = microjson.from_json(content)
msg_data = {}
msg_data['name'] = config['name']
msg_data['location'] = config['location']
return microjson.to_json(msg_data)
def test_string_object(self):
class Bag:
pass
cases = [("hello", '"hello"'), (u"\u2018hi\u2019", r'"\u2018hi\u2019"')]
for py, js in cases:
for meth in ("__str__", "__unicode__"):
obj = Bag()
setattr(obj, meth, lambda: py)
r = microjson.to_json(obj)
self.assertEquals(r, js)
class NObj:
pass
self.assertRaises(microjson.JSONError, microjson.encode, NObj())
def test_string_object(self):
class Bag:
pass
cases = [("hello", '"hello"'),
(u"\u2018hi\u2019", r'"\u2018hi\u2019"')]
for py, js in cases:
for meth in ('__str__', '__unicode__'):
obj = Bag()
setattr(obj, meth, lambda: py)
r = microjson.to_json(obj)
self.assertEquals(r, js)
class NObj:
pass
self.assertRaises(microjson.JSONError, microjson.encode, NObj())
def _render(self, parent, obj):
'''
Implementation of __str__.
'''
def _dotted(k):
if parent:
return '%s.%s' % (parent, k)
return k
# output this instance's keys
buf = ''
subs = []
vals = 0
for key in obj._key_order:
if isinstance(key, int):
comment = obj._comments.get(key, '')
buf += _format_comment('#', comment)
continue
val = obj[key]
if isinstance(val, Wax):
subs.append((key, val))
continue
vals += 1
note = obj._annotations.get(key, '')
buf += _format_comment(';', note)
buf += key + ' = ' + microjson.to_json(val) + '\n'
# output sub-instances
for key, inst in subs:
note = obj._annotations.get(key, '')
buf += _format_comment(';', note)
buf += self._render(_dotted(key), inst)
# only output this group header if:
# - we have at least 1 non sub-instance key
# - we have no contents at all
# we output a header when we are empty in order to completely
# recreate the original hierarchy.
if parent and (vals or not subs):
return ('\n[%s]\n' % parent) + buf
return buf
def _render(self, parent, obj):
'''
Implementation of __str__.
'''
def _dotted(k):
if parent:
return '%s.%s' % (parent, k)
return k
# output this instance's keys
buf = ''
subs = []
vals = 0
for key in obj._key_order:
if isinstance(key, int):
comment = obj._comments.get(key, '')
buf += _format_comment('#', comment)
continue
val = obj[key]
if isinstance(val, Wax):
subs.append( (key, val) )
continue
vals += 1
note = obj._annotations.get(key, '')
buf += _format_comment(';', note)
buf += key + ' = ' + microjson.to_json(val) + '\n'
# output sub-instances
for key, inst in subs:
note = obj._annotations.get(key, '')
buf += _format_comment(';', note)
buf += self._render(_dotted(key), inst)
# only output this group header if:
# - we have at least 1 non sub-instance key
# - we have no contents at all
# we output a header when we are empty in order to completely
# recreate the original hierarchy.
if parent and (vals or not subs):
return ('\n[%s]\n' % parent) + buf
return buf
def _run_cases(self, cases):
for py, js in cases:
r = microjson.to_json(py)
self.assertEquals(r, js)
def _run_cases(self, cases):
for py, js in cases:
r = microjson.to_json(py)
self.assertEquals(r, js)
vm = CleVM() vm.Cpu.Registers[0] = obj vm.Memory.write([Clops["SER"],Clops["DON"]]) j = time.time() vm.Cpu.run() bytes = vm.Cpu.Registers[0] clvmEncodeTime = time.time()-j if tryUjson: j = time.time() asuson = ujson.dumps(obj) usonEncodeTime = time.time()-j j = time.time() asjson = microjson.to_json(obj) jsonEncodeTime = time.time()-j print "Compiled to:", bytes print "Executing" vm.Memory.write(bytes) j = time.time() vm.Cpu.run() clvmDecodeTime = time.time() - j if tryUjson: j = time.time() ujson.loads(asuson) usonDecodeTime = time.time() - j
