async def on_message(self, message):
if message.author == self.user:
return
if message.content.startswith(config["command_token"]):
splitContent = message.content[len(config["command_token"]):].split(maxsplit = 2)
if len(splitContent) > 0:
commandString = splitContent[0]
args = splitContent[1] if len(splitContent) == 2 else ""
commandClass = command.getCommand(commandString)
if commandClass is None:
if config["debug_mode"]:
await message.channel.send("No such command '{}'".format(commandString))
_emojiBotMasterLogger.info("Miss on command {} by user {}".format(commandString, message.author))
else:
_emojiBotMasterLogger.info("Hit on command {} by user {}".format(commandString, message.author))
success, errMsg = False, "Something went wrong"
try:
commandInstance = commandClass(self, message, args)
if await commandInstance.authorHasPermission():
await commandInstance.validateArguments()
await commandInstance.callback()
success = True
except command.InvalidSyntaxException:
errMsg = "Invalid command syntax"
except command.InvalidArgumentException:
errMsg = "Invalid arguments"
except Exception as e:
if config["debug_mode"]:
errMsg = "{} : {}".format(type(e), traceback.format_exc())
_emojiBotMasterLogger.error("Exception in command {} triggered by message {} by author {} : {} {}".format(commandString, message, message.author, type(e), traceback.format_exc()))
if not success:
_emojiBotMasterLogger.info("Command {} failed triggered by message {} by author {}".format(commandString, message, message.author))
await message.channel.send(errMsg)
def executeCommand(command):
global OUT1_STATE
global OUT1_OFF_TIME
ok = 0
if (command.getCommand() == 'OUT1'):
if (command.getParameter() == '0'):
GPIO.setIOvalue(6, 0)
OUT1_STATE = 0
ok = 1
if (command.getParameter() == '1'):
GPIO.setIOvalue(6, 1)
OUT1_STATE = 1
OUT1_OFF_TIME = MOD.secCounter() + int(CFG.get('OUT1TIME'))
ok = 1
print('Set OUT1 to %s\r' % (command.getParameter()))
elif (command.getCommand() == 'PASS'):
CFG.set('PASS', command.getParameter())
CFG.write()
print('PASS is set to: %s\r' % (command.getParameter()))
ok = 1
elif (command.getCommand() == 'IN1ONTXT'):
CFG.set('IN1ONTXT', command.getParameter())
CFG.write()
print('IN1ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif (command.getCommand() == 'IN1OFFTXT'):
CFG.set('IN1OFFTXT', command.getParameter())
CFG.write()
print('IN1OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif (command.getCommand() == 'OUT1TIME'):
CFG.set('OUT1TIME', command.getParameter())
CFG.write()
print('OUT1TIME is set to: %s\r' % (command.getParameter()))
ok = 1
elif (command.getCommand() == 'ALERT'):
CFG.set('ALERT', command.getParameter())
CFG.write()
print('ALERT is set to: %s\r' % (command.getParameter()))
ok = 1
elif (command.getCommand() == 'SMSDELETEALL'):
CFG.set('SMSDELETEALL', command.getParameter())
CFG.write()
print('SMSDELETEALL is set to: %s\r' % (command.getParameter()))
ok = 1
if (ok == 1):
return 'COMMAND %s OK;' % (command.getCommand())
else:
return 'COMMAND %s WRONG;' % (command.getCommand())
def main():
global conn, ct, cmap, pause, timeoutact, terminal, buffer, lastline, debug
global is_break
global maxtimeout, maxprevents
global RUNNING
highlight = ""
default_config = {
'colortable': r'dbg_net',
'terminal': r'securecrt',
'regex': r'all',
'timeoutact': r'true',
'debug': r'0',
'maxtimeout': r'0',
'maxprevents': r'0',
'maxwait': r'1.0',
'update_caption': r'false',
'default_caption': os.environ['HOSTNAME'],
'F1': r'show ip interface brief | e unassign\r',
'F2': r'show ip bgp sum\r',
'F3': r'show ip bgp vpnv4 all sum\r',
'F4': r'"ping "', # space requires quoting
'F5': r'',
'F6': r'',
'F7': r'',
'F8': r'',
'F9': r'',
'F10': r'',
'F11': r'',
'F12': r'',
'SF1': r'show interface terse | match inet\r',
'SF2': r'show bgp summary\r',
'SF3': r'',
'SF4': r'',
'SF5': r'',
'SF6': r'',
'SF7': r'',
'SF8': r'', }
try:
config = ConfigParser.SafeConfigParser(default_config, allow_no_value=True)
except TypeError:
config = ConfigParser.SafeConfigParser(default_config) # keep compatibility with pre2.7
starttime = time.time()
config.add_section('clicol')
config.read(['/etc/clicol.cfg', 'clicol.cfg', os.path.expanduser('~/clicol.cfg')])
terminal = config.get('clicol', 'terminal')
shortcuts = filter(lambda (o, v): re.match(r'[fF][0-9][0-9]?', o) and v, config.items('clicol')) # read existing shortcuts
shortcuts_shift = filter(lambda (o, v): re.match(r'[sS][fF][0-9][0-9]?', o) and v, config.items('clicol')) # read existing shortcuts+shift
shortcuts.sort(key=lambda (o, v): int(o.lstrip("SFsf"))) # sort by function key
shortcuts_shift.sort(key=lambda (o, v): int(o.lstrip("SFsf"))) # sort by function key
shortcuts.extend(shortcuts_shift)
cct = config.get('clicol', 'colortable')
timeoutact = config.getboolean('clicol', 'timeoutact')
update_caption = config.getboolean('clicol', 'update_caption')
default_caption = config.get('clicol', 'default_caption')
maxtimeout = config.getint('clicol', 'maxtimeout')
maxprevents = config.getint('clicol', 'maxprevents')
debug = config.getint('clicol', 'debug')
colors = ConfigParser.SafeConfigParser()
colors.add_section('colors')
colors.read([resource_filename(__name__, 'ini/colors_' + terminal + '.ini'), os.path.expanduser('~/clicol_customcolors.ini')])
ctfile = ConfigParser.SafeConfigParser(dict(colors.items('colors')))
del colors
ctfile.add_section('colortable')
if cct == "dbg_net" or cct == "lbg_net":
ctfile.read([resource_filename(__name__, 'ini/ct_' + cct + '.ini'), os.path.expanduser('~/clicol_customct.ini')])
else:
print "No such colortable: " + cct
exit(1)
default_cmap = {
'matcher': '0',
'priority': '100',
'effect': '',
'dependency': '',
'regex': '',
'replacement': '',
'options': '1', # CONTINUE=0,BREAK=1,CLEAR=2 as below
'debug': '0',
'disabled': '0',
'BOL': '(^(?: ?<?-+ ?\(?[mM][oO][rR][eE](?: [0-9]{1,2}%%)?\)? ?-+>? ?)?(?:[\b ]+)|^)',
'BOS': string.replace("(?:" + dict(ctfile.items('colortable'))['default'] + r'|\b)', r'[', '\['),
'CONTINUE': '0',
'BREAK': '1',
'CLEAR': '2',
}
cmaps = ConfigParser.SafeConfigParser(merge_dicts(dict(ctfile.items('colortable')), default_cmap))
regex = config.get('clicol', 'regex')
if regex == "all":
regex = '.*'
try:
if len(sys.argv) > 1 and sys.argv[1] == '--c': # called with specified colormap regex
regex = sys.argv[2]
del sys.argv[1] # remove --c from args
del sys.argv[1] # remove colormap regex string from args
except: # index error, wrong call
cmd = 'error'
for cm in ["common", "cisco", "juniper"]:
cmaps.read(resource_filename(__name__, 'ini/cm_' + cm + '.ini'))
cmaps.read([os.path.expanduser('~/clicol_customcmap.ini')])
for cmap_i in cmaps.sections():
c = dict(cmaps.items(cmap_i))
if re.match(regex, cmap_i): # configured rules only
if debug >= 3: print repr([c['matcher'], c['priority'], c['effect'], c['dependency'], c['regex'], c['replacement'], c['options'], c['debug']])
if bool(int(c['disabled']) < 1):
cmap.append([bool(int(c['matcher']) > 0), int(c['priority']), c['effect'], c['dependency'], re.compile(c['regex']), c['replacement'], int(c['options']), int(c['debug']), cmap_i])
cmap.sort(key=lambda match: match[1]) # sort colormap based on priority
# Check how we were called
# valid options: clicol-telnet, clicol-ssh, clicol-test
cmd = str(os.path.basename(sys.argv[0])).replace('clicol-', '');
if cmd == 'test' and len(sys.argv) > 1:
# Print starttime:
print "Starttime: %s s" % (round(time.time() - starttime, 3))
# Sanity check on colormaps
cmbuf = list()
for cm in cmap:
# search for duplicate patterns
if cm[4] in cmbuf:
print "Duplicate pattern:" + repr(cm)
else:
cmbuf.append(cm[4])
if len(sys.argv) > 1:
for test in filter(lambda x: re.match(sys.argv[1], x) and re.match(regex, x), cmaps.sections()):
test_d = dict(cmaps.items(test))
try:
# search for dirty patterns
match_in_regex = re.findall(r'(?<!\\)\((?!\?)', test_d['regex'].replace(r'%(BOS)s', ''))
match_in_replace = re.findall(r'(?<!\\)\\[0-9](?![0-9])', test_d['replacement'])
print test + ":" + ofilter(test_d['example'].replace('\'', '') + '\n')
if len(match_in_regex) <> len(match_in_replace):
print "Warning: match group numbers are not equal! (%s/%s)" % (match_in_regex, match_in_replace)
test_d['debug'] = "1"
if test_d['debug'] == "1":
print repr(test_d['regex'])
print repr(test_d['replacement'])
except:
pass
elif cmd == 'file' and len(sys.argv) > 1:
try:
f = open(sys.argv[1], 'r')
except:
print "Error opening " + sys.argv[1]
raise
for line in f:
print ofilter(line.replace("\n", "\r\n").decode('string_escape')), # convert to CRLF to support files created in linux
f.close()
elif cmd == 'telnet' or cmd == 'ssh' or (cmd == 'cmd' and len(sys.argv) > 1):
try:
args = sys.argv[1:]
if cmd == 'cmd':
cmd = sys.argv[1]
args = sys.argv[2:]
skip = False
if update_caption and (cmd == 'telnet' or cmd == 'ssh'): # only update on telnet/ssh
for arg in args:
if skip:
skip = False
continue
if re.match("-[46AaCfGgKkMNnqsTtVvXxYy]", arg):
continue
if re.match("-\w+", arg):
skip = True
continue
m = re.match("(?:\w+@)?([0-9a-zA-Z_.-]+)", arg)
# Print caption update code:
print "\033]2;%s\007" % m.group(1)
break
conn = pexpect.spawn(cmd, args, timeout=1)
# Set signal handler for window resizing
signal.signal(signal.SIGWINCH, sigwinch_passthrough)
# Set initial terminal size
rows, cols = getTerminalSize()
conn.setwinsize(rows, cols)
except Exception, e:
if cmd != 'telnet' and cmd != 'ssh':
print "Error starting %s" % cmd
return
else:
print "Unknown error %s" % e
# Restore caption
if update_caption:
# Print caption update code:
print "\033]2;%s\007" % default_caption
return
try:
# Start timeoutcheck to check timeout or string stuck in buffer
tc = threading.Thread(target=timeoutcheck, args=(config.getfloat("clicol", "maxwait"),))
tc.daemon = True
tc.start()
while conn.isalive():
# esc code table: http://jkorpela.fi/chars/c0.html
#\x1c = CTRL-\
conn.interact(escape_character='\x1c', output_filter=ofilter, input_filter=ifilter)
if is_break:
is_break = False
print "\r" + " " * 100 + "\rCLICOL: q:quit,p:pause,T:highlight,F1-12,SF1-8:shortcuts,h-help",
command = getCommand()
if command == "D":
debug += 1
if debug > 2:
debug = 0
if command == "p":
pause = 1 - pause
if command == "q":
conn.close()
break
if command == "T":
highlight = getRegex()
cmap_highlight = [False, 0, "", "", highlight, dict(ctfile.items('colortable'))['highlight'] + r"\1" + dict(ctfile.items('colortable'))['default'], 0, 0, 'user_highlight']
if highlight == "":
if cmap[0][8] == 'user_highlight': # If we have highlight regex, we remove it on user request
del cmap[0]
elif cmap[0][8] == 'user_highlight':
cmap[0] = cmap_highlight
else:
cmap.insert(0, cmap_highlight)
if command == "h":
printhelp(shortcuts)
print "\r" + " " * 100 + "\r" + colorize(lastline, "prompt"), # restore last line/prompt
for (key, value) in shortcuts:
if command.upper() == key.upper():
conn.send(value.decode('string_escape').strip(r'"')) # decode to have CRLF as it is and remove ""
break
except OSError:
conn.close()
except Exception, e:
if debug:
import traceback
print traceback.format_exc() # DEBUG
print e
print "Error while running " + cmd + " " + str.join(' ', args)
def runCmd(self, cmd):
return getCommand(cmd.cmd)(self, *cmd.ops)
def showTimer(strip, parameters):
#löschen
clearPixelBuffer(strip)
ziffer_1 = getNumberOne(int(parameters[2]))
ziffer_2 = int(parameters[2]) - 10 * ziffer_1
ziffer_3 = getNumberOne(int(parameters[3]))
ziffer_4 = int(parameters[3]) - 10 * ziffer_3
ziffer_5 = getNumberOne(int(parameters[4]))
ziffer_6 = int(parameters[4]) - 10 * ziffer_5
compare_ziffer_1 = getNumberOne(int(parameters[2]))
compare_ziffer_2 = int(parameters[2]) - 10 * ziffer_1
compare_ziffer_3 = getNumberOne(int(parameters[3]))
compare_ziffer_4 = int(parameters[3]) - 10 * ziffer_3
compare_ziffer_5 = getNumberOne(int(parameters[4]))
compare_ziffer_6 = int(parameters[4]) - 10 * ziffer_5
if ((ziffer_1 == 0) and (ziffer_2 == 0)):
setNumber(strip, 0, 0, 10, parameters[1])
setNumber(strip, 0, 0, ziffer_3, parameters[1])
setNumber(strip, 0, 4, ziffer_4, parameters[1])
setNumber(strip, 0, 11, ziffer_5, parameters[1])
setNumber(strip, 0, 15, ziffer_6, parameters[1])
else:
setNumber(strip, 0, 0, 10, parameters[1])
setNumber(strip, 0, 0, ziffer_1, parameters[1])
setNumber(strip, 0, 4, ziffer_2, parameters[1])
setNumber(strip, 0, 11, ziffer_3, parameters[1])
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_sekunde = 0
while True:
#time.sleep(0.77)
sekunde = int(
time.strftime("%S")) - 10 * getNumberOne(int(time.strftime("%S")))
if (compare_sekunde != sekunde):
compare_sekunde = sekunde
if (ziffer_6 > 0):
ziffer_6 = ziffer_6 - 1
elif ((ziffer_2 == 0) and (ziffer_1 == 0) and (ziffer_3 == 0)
and (ziffer_4 == 0) and (ziffer_5 == 0) and (ziffer_6 == 0)):
ziffer_6 = 0
elif (ziffer_6 == 0):
ziffer_6 = 9
if (ziffer_5 > 0):
ziffer_5 = ziffer_5 - 1
elif ((ziffer_2 == 0) and (ziffer_1 == 0) and (ziffer_3 == 0)
and (ziffer_4 == 0) and (ziffer_5 == 0)):
ziffer_5 = 0
elif (ziffer_5 == 0):
ziffer_5 = 5
if (ziffer_4 > 0):
ziffer_4 = ziffer_4 - 1
elif ((ziffer_2 == 0) and (ziffer_1 == 0)
and (ziffer_3 == 0) and (ziffer_4 == 0)):
ziffer_4 = 0
elif (ziffer_4 == 0):
ziffer_4 = 9
if (ziffer_3 > 0):
ziffer_3 = ziffer_3 - 1
elif ((ziffer_2 == 0) and (ziffer_1 == 0)
and (ziffer_3 == 0)):
ziffer_3 = 0
elif (ziffer_3 == 0):
ziffer_3 = 5
if (ziffer_2 > 0):
ziffer_2 = ziffer_2 - 1
elif ((ziffer_2 == 0) and (ziffer_1 == 0)):
ziffer_2 = 0
elif (ziffer_2 == 0):
ziffer_2 = 9
if (ziffer_1 > 0):
ziffer_1 = ziffer_1 - 1
elif (ziffer_1 == 0):
ziffer_1 = 0
if ((ziffer_1 == 0) and (ziffer_2 == 0)):
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 0, compare_ziffer_3, "000000")
setNumber(strip, 0, 0, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 4, compare_ziffer_4, "000000")
setNumber(strip, 0, 4, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
if (compare_ziffer_5 != ziffer_5):
setNumber(strip, 0, 11, compare_ziffer_5, "000000")
setNumber(strip, 0, 11, ziffer_5, parameters[1])
compare_ziffer_5 = ziffer_5
if (compare_ziffer_6 != ziffer_6):
setNumber(strip, 0, 15, compare_ziffer_6, "000000")
setNumber(strip, 0, 15, ziffer_6, parameters[1])
compare_ziffer_6 = ziffer_6
else:
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_1 != ziffer_1):
setNumber(strip, 0, 0, compare_ziffer_1, "000000")
setNumber(strip, 0, 0, ziffer_1, parameters[1])
compare_ziffer_1 = ziffer_1
if (compare_ziffer_2 != ziffer_2):
setNumber(strip, 0, 4, compare_ziffer_2, "000000")
setNumber(strip, 0, 4, ziffer_2, parameters[1])
compare_ziffer_2 = ziffer_2
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 11, compare_ziffer_3, "000000")
setNumber(strip, 0, 11, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 15, compare_ziffer_4, "000000")
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
#schauen, ob ein Command noch eingetroffen ist
if int(CommandsAvailable()) > 1:
delLastCommand()
command = getCommand()
if command[0] == ("stopTimer"):
readbackSet("~" + str(ziffer_1) + str(ziffer_2) + "~" +
str(ziffer_3) + str(ziffer_4) + "~" +
str(ziffer_5) + str(ziffer_6) + "~")
delLastCommand()
break
def showStopWatch(strip, parameters):
#löschen
clearPixelBuffer(strip)
RUNNING = 0
STOPPED = 1
END = 2
STATE = RUNNING
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 5
compare_ziffer_2 = 9
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
setNumber(strip, 0, 0, 10, parameters[1])
setNumber(strip, 0, 0, ziffer_1, parameters[1])
setNumber(strip, 0, 4, ziffer_2, parameters[1])
setNumber(strip, 0, 11, ziffer_3, parameters[1])
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_sekunde = 0
while ((STATE == RUNNING) or (STATE == STOPPED)):
for case in switch(STATE):
if case(RUNNING):
#time.sleep(1)
sekunde = int(time.strftime("%S")) - 10 * getNumberOne(
int(time.strftime("%S")))
if (compare_sekunde != sekunde):
compare_sekunde = sekunde
if (ziffer_6 < 9):
ziffer_6 = ziffer_6 + 1
elif (ziffer_6 == 9):
ziffer_6 = 0
if (ziffer_5 < 5):
ziffer_5 = ziffer_5 + 1
elif (ziffer_5 == 5):
ziffer_5 = 0
if (ziffer_4 < 9):
ziffer_4 = ziffer_4 + 1
elif (ziffer_4 == 9):
ziffer_4 = 0
if (ziffer_3 < 5):
ziffer_3 = ziffer_3 + 1
elif (ziffer_3 == 5):
ziffer_3 = 0
if (ziffer_2 < 9):
ziffer_2 = ziffer_2 + 1
elif (ziffer_2 == 9):
ziffer_2 = 0
if (ziffer_1 < 9):
ziffer_1 = ziffer_1 + 1
else:
break
if ((ziffer_1 == 0) and (ziffer_2 == 0)):
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 0, compare_ziffer_3, "000000")
setNumber(strip, 0, 0, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 4, compare_ziffer_4, "000000")
setNumber(strip, 0, 4, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
if (compare_ziffer_5 != ziffer_5):
setNumber(strip, 0, 11, compare_ziffer_5, "000000")
setNumber(strip, 0, 11, ziffer_5, parameters[1])
compare_ziffer_5 = ziffer_5
if (compare_ziffer_6 != ziffer_6):
setNumber(strip, 0, 15, compare_ziffer_6, "000000")
setNumber(strip, 0, 15, ziffer_6, parameters[1])
compare_ziffer_6 = ziffer_6
else:
setNumber(strip, 0, 0, 10, parameters[1])
if (compare_ziffer_1 != ziffer_1):
setNumber(strip, 0, 0, compare_ziffer_1, "000000")
setNumber(strip, 0, 0, ziffer_1, parameters[1])
compare_ziffer_1 = ziffer_1
if (compare_ziffer_2 != ziffer_2):
setNumber(strip, 0, 4, compare_ziffer_2, "000000")
setNumber(strip, 0, 4, ziffer_2, parameters[1])
compare_ziffer_2 = ziffer_2
if (compare_ziffer_3 != ziffer_3):
setNumber(strip, 0, 11, compare_ziffer_3, "000000")
setNumber(strip, 0, 11, ziffer_3, parameters[1])
compare_ziffer_3 = ziffer_3
if (compare_ziffer_4 != ziffer_4):
setNumber(strip, 0, 15, compare_ziffer_4, "000000")
setNumber(strip, 0, 15, ziffer_4, parameters[1])
compare_ziffer_4 = ziffer_4
if (int(CommandsAvailable()) > 1):
delLastCommand()
command = getCommand()
if command[0] == "setStopwatch":
STATE = RUNNING
elif command[0] == "resetStopwatch":
clearPixelBuffer(strip)
setNumber(strip, 0, 0, 0, parameters[1])
setNumber(strip, 0, 4, 0, parameters[1])
setNumber(strip, 0, 11, 0, parameters[1])
setNumber(strip, 0, 15, 0, parameters[1])
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 0
compare_ziffer_2 = 0
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
elif command[0] == "stopStopwatch":
STATE = STOPPED
else:
STATE = END
break
if case(STOPPED):
if (int(CommandsAvailable()) > 1):
delLastCommand()
command = getCommand()
if command[0] == "setStopwatch":
STATE = RUNNING
elif command[0] == "resetStopwatch":
clearPixelBuffer(strip)
setNumber(strip, 0, 0, 0, parameters[1])
setNumber(strip, 0, 4, 0, parameters[1])
setNumber(strip, 0, 11, 0, parameters[1])
setNumber(strip, 0, 15, 0, parameters[1])
ziffer_1 = 0
ziffer_2 = 0
ziffer_3 = 0
ziffer_4 = 0
ziffer_5 = 0
ziffer_6 = 0
compare_ziffer_1 = 0
compare_ziffer_2 = 0
compare_ziffer_3 = 0
compare_ziffer_4 = 0
compare_ziffer_5 = 0
compare_ziffer_6 = 0
elif command[0] == "stopStopwatch":
pass
else:
STATE = END
break
def executeCommand(command):
global OUT1_STATE
global OUT1_OFF_TIME
global OUT2_STATE
global OUT2_OFF_TIME
ok = 0
if(command.getCommand() == 'OUT1'):
if(command.getParameter() == '0'):
RX_API.setOUT1(0)
OUT1_STATE = 0
ok = 1
if(command.getParameter() == '1'):
RX_API.setOUT1(1)
OUT1_STATE = 1
OUT1_OFF_TIME = MOD.secCounter() + int(CFG.get('OUT1TIME'))
ok = 1
SER.send('Set OUT1 to %s\r' % (command.getParameter()))
elif(command.getCommand() == 'OUT2'):
if(command.getParameter() == '0'):
RX_API.setOUT2(0)
OUT2_STATE = 0
ok = 1
if(command.getParameter() == '1'):
RX_API.setOUT2(1)
OUT2_STATE = 1
OUT2_OFF_TIME = MOD.secCounter() + int(CFG.get('OUT2TIME'))
ok = 1
SER.send('Set OUT2 to %s\r' % (command.getParameter()))
elif(command.getCommand() == 'DEBUG'):
CFG.set('DEBUG', command.getParameter())
CFG.write()
SER.send('DEBUG is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'REBOOTPERIOD'):
CFG.set('REBOOTPERIOD', command.getParameter())
CFG.write()
SER.send('REBOOTPERIOD is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ALIVESMS'):
CFG.set('ALIVESMS', command.getParameter())
CFG.write()
SER.send('ALIVESMS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'SAVEINPUTS'):
CFG.set('SAVEINPUTS', command.getParameter())
CFG.write()
SER.send('SAVEINPUTS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADC'):
ADC_VALUE_NEW = RX_API.getADC() * 11
SER.send('Current ADC value: %d\r' % (ADC_VALUE_NEW))
return 'ADC=%d mV;' % (ADC_VALUE_NEW)
elif(command.getCommand() == 'INPUTS'):
ADC_VALUE = RX_API.getADC() * 11
IN1_VALUE = RX_API.getSK1()
IN2_VALUE = RX_API.getSK2()
IN3_VALUE = RX_API.getCounter1()
IN4_VALUE = RX_API.getCounter2()
SER.send('Current IN1: %d, IN2: %d, IN3: %d, IN4: %d, ADC: %d\r' % (IN1_VALUE, IN2_VALUE, IN3_VALUE, IN4_VALUE, ADC_VALUE))
return 'IN1=%d,IN2=%d,IN3=%d,IN4=%d,ADC=%d;' % (IN1_VALUE, IN2_VALUE, IN3_VALUE, IN4_VALUE, ADC_VALUE)
elif(command.getCommand() == 'ADCTXTOVR'):
CFG.set('ADCTXTOVR', command.getParameter())
CFG.write()
SER.send('ADCTXTOVR is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCTXTUND'):
CFG.set('ADCTXTUND', command.getParameter())
CFG.write()
SER.send('ADCTXTUND is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCVAL'):
CFG.set('ADCVAL', command.getParameter())
CFG.write()
SER.send('ADCVAL is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCHYST'):
CFG.set('ADCHYST', command.getParameter())
CFG.write()
SER.send('ADCHYST is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCFRONT'):
CFG.set('ADCFRONT', command.getParameter())
CFG.write()
SER.send('ADCFRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ADCDELAY'):
CFG.set('ADCDELAY', command.getParameter())
CFG.write()
SER.send('ADCDELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'PASS'):
CFG.set('PASS', command.getParameter())
CFG.write()
SER.send('PASS is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1ONTXT'):
CFG.set('IN1ONTXT', command.getParameter())
CFG.write()
SER.send('IN1ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1OFFTXT'):
CFG.set('IN1OFFTXT', command.getParameter())
CFG.write()
SER.send('IN1OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2ONTXT'):
CFG.set('IN2ONTXT', command.getParameter())
CFG.write()
SER.send('IN2ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2OFFTXT'):
CFG.set('IN2OFFTXT', command.getParameter())
CFG.write()
SER.send('IN2OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3ONTXT'):
CFG.set('IN3ONTXT', command.getParameter())
CFG.write()
SER.send('IN3ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3OFFTXT'):
CFG.set('IN3OFFTXT', command.getParameter())
CFG.write()
SER.send('IN3OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4ONTXT'):
CFG.set('IN4ONTXT', command.getParameter())
CFG.write()
SER.send('IN4ONTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4OFFTXT'):
CFG.set('IN4OFFTXT', command.getParameter())
CFG.write()
SER.send('IN4OFFTXT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'SMS_ACK'):
CFG.set('SMS_ACK', command.getParameter())
CFG.write()
SER.send('SMS_ACK is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1FRONT'):
CFG.set('IN1FRONT', command.getParameter())
CFG.write()
SER.send('IN1FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2FRONT'):
CFG.set('IN2FRONT', command.getParameter())
CFG.write()
SER.send('IN2FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3FRONT'):
CFG.set('IN3FRONT', command.getParameter())
CFG.write()
SER.send('IN3FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4FRONT'):
CFG.set('IN4FRONT', command.getParameter())
CFG.write()
SER.send('IN4FRONT is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN1DELAY'):
CFG.set('IN1DELAY', command.getParameter())
CFG.write()
SER.send('IN1DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN2DELAY'):
CFG.set('IN2DELAY', command.getParameter())
CFG.write()
SER.send('IN2DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN3DELAY'):
CFG.set('IN3DELAY', command.getParameter())
CFG.write()
SER.send('IN3DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'IN4DELAY'):
CFG.set('IN4DELAY', command.getParameter())
CFG.write()
SER.send('IN4DELAY is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'OUT1TIME'):
CFG.set('OUT1TIME', command.getParameter())
CFG.write()
SER.send('OUT1TIME is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'OUT2TIME'):
CFG.set('OUT2TIME', command.getParameter())
CFG.write()
SER.send('OUT2TIME is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'WHITE'):
CFG.set('WHITE', command.getParameter())
CFG.write()
SER.send('WHITE is set to: %s\r' % (command.getParameter()))
ok = 1
elif(command.getCommand() == 'ALERT'):
CFG.set('ALERT', command.getParameter())
CFG.write()
SER.send('ALERT is set to: %s\r' % (command.getParameter()))
ok = 1
if(ok == 1):
return 'CMD %s OK;' % (command.getCommand())
else:
return 'CMD %s ERR;' % (command.getCommand())