def get_figPath():
figPath = os.path.join(sys.path[0], 'config', ModuleObj.get_chipId() + '.fig')
if not os.path.exists(figPath) or not os.path.isfile(figPath):
log(LogLevel.error, 'Can not find %s.fig file!' %(ModuleObj.get_chipId()))
sys.exit(-1)
return figPath
def delete_command(self, cid):
try:
self.curs.execute("DELETE FROM commands WHERE cid=?;", (cid,))
self.conn.commit()
util.log("Command %s was deleted" % str(cid))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def gen_custDtsi(self):
log(LogLevel.info, 'Start to generate cust_dtsi file...')
fp = open(os.path.join(ModuleObj.get_genPath(), 'cust.dtsi'), 'w')
gen_str = ModuleObj.writeComment()
# if early porting, gen empty dtsi file for kernel
if self.__epFlag:
fp.write(gen_str)
fp.close()
return
#sorted_list = sorted(self.__objs.keys())
#for tag in sorted_list:
for tag in self.__objs.keys():
if cmp(tag, 'gpio') == 0:
gpioObj = self.create_obj(tag)
gen_str += ModuleObj.writeHeader(gpioObj.get_dtsiFileName())
gen_str += gpioObj.fill_mapping_dtsiFile()
gen_str += gpioObj.fill_init_default_dtsiFile()
else:
obj = self.create_obj(tag)
gen_str += ModuleObj.writeHeader(obj.get_dtsiFileName())
gen_str += obj.fill_dtsiFile()
gen_str += '''\n\n'''
fp.write(gen_str)
fp.close()
log(LogLevel.info, 'Generate cust_dtsi file successfully!')
def register_command(self,
cid,
message,
data,
commander,
status='NEW',
schedule=None,
result=''):
com = Command(cid,
message,
data,
commander,
status=status,
schedule=schedule,
result=result)
if com.cid == 0:
reason = 'Invalid command'
elif com.cid == -1:
reason = 'You are not authorized to perform this command.'
elif com.cid == -2:
reason = 'Invalid schedule time. Please respect the given format and make sure that the date is in the future'
elif com.cid == -3:
reason = 'Not enough arguments provided for command'
else:
return self.insert_command(com), 'Error within the database'
util.log(reason)
return -1, reason
def delete_command(self, cid):
try:
self.curs.execute("DELETE FROM commands WHERE cid=?;", (cid, ))
self.conn.commit()
util.log("Command %s was deleted" % str(cid))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def register_latest_commands():
global mid
lid = max(db.get_latest_id(), mid) # max id / registered commands
if (lid > 0):
try:
new_messages = tweet.get_direct_messages(since_id=lid)
except TwythonError as te:
util.log(te.message)
return
status = constants.STATUS_NEW
else:
new_messages = tweet.get_direct_messages(count=1)
status = constants.STATUS_NOTIFIED
for message in new_messages:
# Take commands only from authorized users
# These users must be stored in a list called USERS in the keys file
# print message['sender']['location']
text = message['text'].strip().lower()
if text.split()[0] == 'help':
text = 'show ' + text
username = message['sender']['screen_name']
data = datetime.datetime.strptime(message['created_at'],
'%a %b %d %H:%M:%S +%f %Y')
mid = max(message['id'], mid)
res, reas = db.register_command(mid, text, str(data), username, status)
if res != 0:
return notify(reas, username)
def get_cfgInfo(self):
cp = ConfigParser.ConfigParser(allow_no_value=True)
cp.read(ModuleObj.get_cmpPath())
PmicData._var_list = cp.options('APPLICATION')
if self.__chipName == '':
return
#parse the pmic config file
cmpPath = os.path.join(sys.path[0], 'config', self.__chipName + '.cmp')
if not os.path.exists(cmpPath) or not os.path.isfile(cmpPath):
log(LogLevel.error,
'Can not find %s pmic config file!' % (self.__chipName))
sys.exit(-1)
cp.read(cmpPath)
self.__defLdo = cp.get('PMIC_TABLE', 'LDO_APPNAME_DEFAULT')
self.__headerList = cp.get('PMIC_TABLE', 'INCLUDE_HEADER').split(':')
self.__func = cp.get('PMIC_TABLE', 'FUNCTION')
for i in range(1, cp.getint('PMIC_TABLE', 'NUM_LDO') + 1):
key = 'LDO_NAME%d' % (i)
self.__paraList.append(cp.get(key, 'PARAMETER_NAME'))
#parse app count in fig file
cp.read(ModuleObj.get_chipId() + '.fig')
cp.read(ModuleObj.get_figPath())
self.__appCount = cp.getint('Chip Type', 'PMIC_APP_COUNT')
def register_latest_commands():
global mid
lid = max(db.get_latest_id(), mid) # max id / registered commands
if(lid > 0):
try:
new_messages = tweet.get_direct_messages(since_id=lid)
except TwythonError as te:
util.log(te.message)
return
status = constants.STATUS_NEW
else:
new_messages = tweet.get_direct_messages(count=1)
status = constants.STATUS_NOTIFIED
for message in new_messages:
# Take commands only from authorized users
# These users must be stored in a list called USERS in the keys file
# print message['sender']['location']
text = message['text'].strip().lower()
if text.split()[0] == 'help':
text = 'show ' + text
username = message['sender']['screen_name']
data = datetime.datetime.strptime(message['created_at'], '%a %b %d %H:%M:%S +%f %Y')
mid = max(message['id'], mid)
res, reas = db.register_command(mid, text, str(data), username, status)
if res != 0:
return notify(reas, username)
def update_command_result(self, cid, result):
q = (result, cid)
try:
self.curs.execute('UPDATE commands SET result=? WHERE cid=?', q)
self.conn.commit()
util.log("Command %s result was updated to %s" % (cid, result))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def update_command_status(self, cid, status):
q = (status, cid)
try:
self.curs.execute('UPDATE commands SET status=? WHERE cid=?', q)
self.conn.commit()
util.log("Command %s was marked as %s" % (cid, status))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def get_completed_commands(self):
res = []
try:
for row in self.curs.execute("SELECT * FROM commands WHERE status='COMPLETED';").fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def update_command_status(self, cid, status):
q = (status, cid)
try:
self.curs.execute('UPDATE commands SET status=? WHERE cid=?', q)
self.conn.commit()
util.log("Command %s was marked as %s" % (cid, status))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def update_command_result(self, cid, result):
q = (result, cid)
try:
self.curs.execute('UPDATE commands SET result=? WHERE cid=?', q)
self.conn.commit()
util.log("Command %s result was updated to %s" % (cid, result))
except sqlite3.OperationalError as oe:
util.log(oe.message)
def get_latest_id(self):
self.curs.execute('select max(cid) from commands;')
try:
lid = int(self.curs.fetchone()[0])
except TypeError:
lid = 0
util.log("New deployment")
return lid
def get_cmpPath():
cmpPath = os.path.join(sys.path[0], 'config', 'YuSu.cmp')
if not os.path.exists(cmpPath) or not os.path.isfile(cmpPath):
log(LogLevel.error, 'Can not find YuSu.cmp file!')
sys.exit(-1)
return cmpPath
def get_latest_id(self):
self.curs.execute('select max(cid) from commands;')
try:
lid = int(self.curs.fetchone()[0])
except TypeError:
lid = 0
util.log("New deployment")
return lid
def get_static_id(self):
self.curs.execute('SELECT cid FROM commands WHERE cid < 10000000 \
ORDER BY cid DESC LIMIT 1;')
try:
sid = int(self.curs.fetchone()[0])
except TypeError:
sid = 0
util.log("New deployment")
return sid + 1
def read_next_commands(self, number):
res = []
try:
for row in self.curs.execute("SELECT * FROM commands WHERE status='NEW' ORDER BY schedule LIMIT ?;",
(number,)).fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def get_static_id(self):
self.curs.execute('SELECT cid FROM commands WHERE cid < 10000000 \
ORDER BY cid DESC LIMIT 1;')
try:
sid = int(self.curs.fetchone()[0])
except TypeError:
sid = 0
util.log("New deployment")
return sid + 1
def run():
util.log('Twitter process started')
i = 1
while True:
respond()
sleep(3)
i += 1
if i == 10:
register_latest_commands()
i = 1
def get_chipId(path):
if not os.path.exists(path):
msg = '%s is not a available path!' % (path)
log(LogLevel.error, msg)
return False
data = xml.dom.minidom.parse(path)
root = data.documentElement
# get 'general' node
node = root.getElementsByTagName('general')
return node[0].getAttribute('chip')
def execute_command(command):
util.log("Command {} will be executed now".format(command.order))
com = {constants.COMMAND_SHOW: show,
constants.COMMAND_LIGHTS: lights,
constants.COMMAND_CANCEL: cancel
}
res = com[command.order](command.args)
util.log(res)
db.update_command_result(command.cid, res)
return res
def read_next_commands(self, number):
res = []
try:
for row in self.curs.execute(
"SELECT * FROM commands WHERE status='NEW' ORDER BY schedule LIMIT ?;",
(number, )).fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def get_completed_commands(self):
res = []
try:
for row in self.curs.execute(
"SELECT * FROM commands WHERE status='COMPLETED';"
).fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def run():
util.log('Twitter process started')
i = 1
while True:
respond()
sleep(3)
i += 1
if i == 10:
register_latest_commands()
i = 1
def read_current_commands(self):
res = []
now = str(datetime.now())
try:
for row in self.curs.execute("SELECT * FROM commands WHERE status='NEW' AND schedule<? ;",
(now,)).fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def insert_reading(self, values):
val = tuple(values)
try:
self.curs.execute('INSERT INTO thin VALUES (?, ?, ?, ?, ?)', val)
self.conn.commit()
return 0
except sqlite3.IntegrityError:
util.log('thin primary key violation')
except sqlite3.OperationalError as oe:
util.log(oe.message)
return 1
def insert_reading(self, values):
val = tuple(values)
try:
self.curs.execute('INSERT INTO thin VALUES (?, ?, ?, ?, ?)', val)
self.conn.commit()
return 0
except sqlite3.IntegrityError:
util.log('thin primary key violation')
except sqlite3.OperationalError as oe:
util.log(oe.message)
return 1
def read_current_commands(self):
res = []
now = str(datetime.now())
try:
for row in self.curs.execute(
"SELECT * FROM commands WHERE status='NEW' AND schedule<? ;",
(now, )).fetchall():
res.append(self.to_command(row))
except sqlite3.OperationalError as oe:
util.log(oe.message)
return res
def get_all(self):
try:
t = self.get_temperature()
p = self.get_pressure()
h = self.get_humidity()
return t, h, p
except BTLEException as bte:
util.log(bte.message)
if 'disconnected' or 'connect()' in bte.message:
if self.init():
self.get_all()
return 0, 0, 0
def cancel_command(self, text):
try:
if text == 'all':
for cid in self.curs.execute("SELECT cid FROM commands WHERE status='NEW'").fetchall():
self.update_command_status(cid[0], 'CANCELLED')
else:
cid = self.curs.execute("SELECT cid FROM commands WHERE message IS ? AND status='NEW' LIMIT 1",
(text,)).fetchone()
self.update_command_status(cid[0], 'CANCELLED')
return 0
except sqlite3.OperationalError as oe:
util.log(oe.message)
return 1
def notify(message, username):
'''
Notifies the user by sending a direct message on Twitter
Parameters:
message: notification text (string)
username: the twitter name of the user to notify (string)
'''
try:
status = tweet.send_direct_message(user=username, text=message)
util.log("Successfully sent message with id = " + str(status['id']))
return status['id']
except TwythonError as te:
util.log("Could not send message due to Twython Error: " + te.msg)
return 0
def get_reading(self, source='inside'):
now = datetime.now()
now = now.replace(hour=now.hour - 1)
self.curs.execute('SELECT AVG(temp), AVG(hum) FROM thin WHERE source is ? AND date > ?\
ORDER BY date DESC LIMIT 3;', (source, str(now)))
try:
x = self.curs.fetchone()
t, h = x
except TypeError as te:
util.log(te.message)
return "No sensor readings recorded!"
if t is None or h is None:
raise ValueError
return t, h
def notify(message, username):
'''
Notifies the user by sending a direct message on Twitter
Parameters:
message: notification text (string)
username: the twitter name of the user to notify (string)
'''
try:
status = tweet.send_direct_message(user=username, text=message)
util.log("Successfully sent message with id = " + str(status['id']))
return status['id']
except TwythonError as te:
util.log("Could not send message due to Twython Error: " + te.msg)
return 0
def parse(self):
if not os.path.exists(self.__path):
msg = '%s is not a available path!' % (self.__path)
log(LogLevel.error, msg)
return False
data = xml.dom.minidom.parse(self.__path)
root = data.documentElement
# get 'general' node
node = root.getElementsByTagName('general')
# get chip name and project name
ModuleObj.set_chipId(node[0].getAttribute('chip'))
msg = 'Chip ID : %s' % (node[0].getAttribute('chip'))
log(LogLevel.info, msg)
msg = 'Project Info: %s' % (
node[0].getElementsByTagName('proj')[0].childNodes[0].nodeValue)
log(LogLevel.info, msg)
# initialize the objects mapping table
self.init_objs()
# get module nodes from DWS file
nodes = node[0].getElementsByTagName('module')
for node in nodes:
tag = node.getAttribute('name')
obj = self.create_obj(tag)
if obj == None:
msg = 'can not find %s node in DWS!' % (tag)
log(LogLevel.error, msg)
return False
obj.parse(node)
return True
def register_command(self, cid, message, data, commander, status='NEW', schedule=None, result=''):
com = Command(cid, message, data, commander, status=status, schedule=schedule, result=result)
if com.cid == 0:
reason = 'Invalid command'
elif com.cid == -1:
reason = 'You are not authorized to perform this command.'
elif com.cid == -2:
reason = 'Invalid schedule time. Please respect the given format and make sure that the date is in the future'
elif com.cid == -3:
reason = 'Not enough arguments provided for command'
else:
return self.insert_command(com), 'Error within the database'
util.log(reason)
return -1, reason
def register_reading(source, t, h, p):
if (t, h, p) != (0, 0, 0):
if t > sc.TEMPERATURE_THRESHOLD:
alarm_all_users("{} temperature of {}*C registered!".format(t, source))
if h > sc.HUMIDITY_THRESHOLD:
alarm_all_users("{} humidity over {}%!".format(h, source))
values = []
values.append(str(dt.now()))
values.append(t)
values.append(h)
values.append(p)
values.append(source)
return db.insert_reading(values)
else:
util.log("Invalid readings from {} sensor ".format(source))
def get_reading(self, source='inside'):
now = datetime.now()
now = now.replace(hour=now.hour - 1)
self.curs.execute(
'SELECT AVG(temp), AVG(hum) FROM thin WHERE source is ? AND date > ?\
ORDER BY date DESC LIMIT 3;', (source, str(now)))
try:
x = self.curs.fetchone()
t, h = x
except TypeError as te:
util.log(te.message)
return "No sensor readings recorded!"
if t is None or h is None:
raise ValueError
return t, h
def run():
util.log('Executor process started')
while True:
commands = db.read_current_commands()
for command in commands:
db.update_command_status(command.cid, constants.STATUS_IN_PROGRESS)
res = execute_command(command)
if res is not None:
db.update_command_status(command.cid, constants.STATUS_COMPLETED)
else:
db.update_command_status(command.cid, constants.STATUS_FAILED)
if command.order == constants.COMMAND_CANCEL:
break
util.log('Command {} executed successfully'.format(command.order))
sleep(1)
def cancel_command(self, text):
try:
if text == 'all':
for cid in self.curs.execute(
"SELECT cid FROM commands WHERE status='NEW'"
).fetchall():
self.update_command_status(cid[0], 'CANCELLED')
else:
cid = self.curs.execute(
"SELECT cid FROM commands WHERE message IS ? AND status='NEW' LIMIT 1",
(text, )).fetchone()
self.update_command_status(cid[0], 'CANCELLED')
return 0
except sqlite3.OperationalError as oe:
util.log(oe.message)
return 1
def read(self, node):
nodes = node.childNodes
try:
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if cmp(node.nodeName, 'count') == 0:
self.__count = node.childNodes[0].nodeValue
continue
varNode = node.getElementsByTagName('varName')
detNode = node.getElementsByTagName('debounce_time')
polNode = node.getElementsByTagName('polarity')
senNode = node.getElementsByTagName('sensitive_level')
deeNode = node.getElementsByTagName('debounce_en')
dedNode = node.getElementsByTagName('dedicated_en')
srcNode = node.getElementsByTagName('srcPin')
sktNode = node.getElementsByTagName('socketType')
data = Md1EintData()
if len(varNode):
data.set_varName(varNode[0].childNodes[0].nodeValue)
if len(detNode):
data.set_debounceTime(
detNode[0].childNodes[0].nodeValue)
if len(polNode):
data.set_polarity(polNode[0].childNodes[0].nodeValue)
if len(senNode):
data.set_sensitiveLevel(
senNode[0].childNodes[0].nodeValue)
if len(deeNode):
data.set_debounceEnable(
deeNode[0].childNodes[0].nodeValue)
if len(dedNode):
data.set_dedicatedEn(
dedNode[0].childNodes[0].nodeValue)
if len(srcNode) and len(srcNode[0].childNodes):
data.set_srcPin(srcNode[0].childNodes[0].nodeValue)
if len(sktNode) and len(sktNode[0].childNodes):
data.set_socketType(sktNode[0].childNodes[0].nodeValue)
ModuleObj.set_data(self, node.nodeName, data)
except:
msg = 'read md1_eint content fail!'
util.log(LogLevel.error, msg)
return False
return True
def read(self, node):
nodes = node.childNodes
try:
for node in nodes:
if node.nodeType == xml.dom.Node.ELEMENT_NODE:
if node.nodeName == 'count':
count = node.childNodes[0].nodeValue
continue
subNode = node.getElementsByTagName('varName')
if len(subNode):
ModuleObj.set_data(self, node.nodeName, subNode[0].childNodes[0].nodeValue)
except:
msg = 'read adc content fail!'
log(LogLevel.error, msg)
return False
return True
def run():
util.log('Reader process started')
tag_connected = sensortag.init()
minutar = 0
while True:
if minutar % sc.RECORDING_FREQUENCY == 0:
minutar = 0
t, h, p = dth.instant_th()
register_reading(dth.location, t, h, p)
if tag_connected:
t, h, p = sensortag.get_all()
register_reading(sensortag.location, t, h, p)
if gas.alarm() == 1:
alarm_all_users('High levels of gas/smoke detected!')
gas.read()
sleep(60)
minutar += 1
def fill_dtsiFile(self):
gen_str = ClkObj.fill_dtsiFile(self)
gen_str += '''\n'''
gen_str += '''&rf_clock_buffer_ctrl {\n'''
gen_str += '''\tmediatek,clkbuf-quantity = <%d>;\n''' % (
len(ModuleObj.get_data(self)) - ClkData._count)
msg = 'rf clk buff count : %d' % (len(ModuleObj.get_data(self)) -
ClkData._count)
log(LogLevel.info, msg)
gen_str += '''\tmediatek,clkbuf-config = <'''
#sorted_list = sorted(ModuleObj.get_data(self).keys())
for key in sorted_key(ModuleObj.get_data(self).keys()):
value = ModuleObj.get_data(self)[key]
if key.find(self.__rf) != -1:
gen_str += '''%d ''' % (ClkData._varList.index(
value.get_varName()))
gen_str = gen_str.rstrip()
gen_str += '''>;\n'''
gen_str += '''\tmediatek,clkbuf-driving-current = <'''
for key in sorted_key(ModuleObj.get_data(self).keys()):
value = ModuleObj.get_data(self)[key]
if key.find(self.__rf) != -1:
idx = value.get_curList().index(value.get_current())
if cmp(value.get_curList()[0], DEFAULT_AUTOK) == 0:
idx -= 1
gen_str += '''%d ''' % (idx)
gen_str.rstrip()
gen_str += '''>;\n'''
gen_str += '''\tstatus = \"okay\";\n'''
gen_str += '''};\n'''
return gen_str
def gen_spec(self, paras):
# if cmp(paras[0], 'cust_dtsi') == 0:
# self.gen_custDtsi()
# return True
for para in paras:
if cmp(para, 'cust_dtsi') == 0:
self.gen_custDtsi()
continue
idx = 0
name = ''
if para.strip() != '':
for value in para_map.values():
if para in value:
name = para_map.keys()[idx]
break
idx += 1
if name != '':
log(LogLevel.info, 'Start to generate %s file...' % (para))
obj = self.__objs[name]
obj.gen_spec(para)
log(LogLevel.info, 'Generate %s file successfully!' % (para))
else:
log(LogLevel.warn, '%s can not be recognized!' % (para))
# sys.exit(-1)
return True
def insert_command(self, com):
c = (int(com.cid), com.order, str(com.data), str(com.schedule), com.commander, com.status,
com.result)
try:
self.curs.execute("INSERT INTO commands VALUES(?, ?, ?, ?, ?, ?, ?);", c)
self.conn.commit()
util.log('Command %s registered successfully' % com.order)
return 0
except sqlite3.IntegrityError as ie:
util.log(ie.message)
util.log('Command already in the database.')
except sqlite3.OperationalError as oe:
util.log(oe.message)
return 1
