def singleRun(args):
"""
Takes in a string of arguments that are required to have a ".phot" and ".fake" file followed by optional
MATCH flags or a ".param" file.
This will return, in a list, a string MATCH command to be sent off.
"""
args = " ".join(args)
if ".fake" not in args and ".phot" not in args:
print("Missing \".phot\" and/or \".fake\" file(s)")
sys.exit(1)
fakeFile = None
photFile = None
paramFile = None
fitName = None
workingD = os.getcwd() + "/" # gets the directory the executable has been invoked in
# parse arguments to extract them
args = args.split()
print("Arguements:", args)
idx = [] # indices to delete after extracting the file names needed to run MATCH
for i, arg in enumerate(args):
if ".fake" in arg:
print("Found fake file:", arg)
fakeFile = arg
idx.append(i)
if ".phot" in arg:
print("Found photometry file:", arg)
photFile = arg
idx.append(i)
if ".param" in arg:
print("Found parameter file:", arg)
paramFile = arg
idx.append(i)
if "fit" in arg:
print("Found fit name:", arg)
fitName = arg
idx.append(i)
# delete extracted file names in args
args = [args[i] for i in xrange(len(args)) if i not in set(idx)]
print("Remaining arguements:", args)
# process any other arguements
flags = None
if len(arg) > 0:
flags = parse(args)
print("Retrieved flags:", flags)
# if there is not passed in ".param" file then generate one based off the default one in the executable directory
param = None
if paramFile is None: # generate ".param" file and save it in working directory.
# sys.argv[0] gives the location of the executable
param = MatchParam(toExecutable + "/default.param", workingD + photFile, workingD + fakeFile)
if "-ssp" in flags:
param.ssp = True
background = param.get("background")
if background is not None and "default" in background:
back = raw_input("Specify Background: ")
param.change("background", back)
if param.get("scale") == "scale":
scale = raw_input("Specify scale: ")
try:
scale = float(scale)
except ValueError:
print("Not a float try again...")
scale = raw_input("Specify scale: ")
param.change("scale=", float(scale))
param.save()
paramFile = param.name
# make symbolic link here
if not os.path.isfile(workingD + "parameters.param"):
subprocess.call(["ln", "-s", param.savedTo, workingD + "parameters.param"])
else: # passed in parameter file no need to call a save on a MatchParam object (mostly used to scan for zinc)
if os.path.isfile(workingD + paramFile):
param = MatchParam(workingD + paramFile, workingD + photFile, workingD + fakeFile)
if "-ssp" in flags:
param.ssp = True
if param.zinc and param.ssp: # can't have zinc and ssp both true need to make a new file otherwise
print(paramFile.split("."))
newFileName = paramFile.split(".")
newFileName[0] += "_ssp"
newFileName = ".".join(newFileName)
answer = raw_input("Found zinc and ssp flags does the user want to create a new parameter file with name %s? (y/n) "
% newFileName)
if answer in ['Y', 'y']:
# change the logZmin
param.change("logZmin", -1.5)
param.save(name=newFileName)
else:
print("Zinc and ssp flags both specified...exiting")
sys.exit(1)
if param._calculateMaxOrMin: # Had to calculate filter mins or maxes and so we save over the file
param.save(workingD, paramFile)
else:
answer = raw_input("User specified parameter file but we did not find it, make one with this name %s? (y/n) "
% paramFile)
print("answer:", answer)
if answer in ['Y', 'y']:
param = MatchParam(toExecutable + "/default.param", workingD + photFile, workingD + fakeFile)
if "-ssp" in flags:
param.ssp = True
background = param.get("background")
print("BACKGROUND:", background)
if background is not None and "default" in background:
back = raw_input("Specify Background: ")
param.change("background", back)
if param.get("scale") == "scale":
scale = raw_input("Specify scale: ")
try:
scale = float(scale)
except ValueError:
print("Not a float try again...")
scale = raw_input("Specify scale: ")
param.change("scale", float(scale))
param.save(name=paramFile)
else:
print("Specified parameter name that does not exit in current directory...")
sys.exit(1)
if param.zinc and not param.ssp and "-zinc" not in flags:
flags.append("-zinc")
command = "" # MATCH command that will be sent to server
# build command (explicitely shown)
command += "calcsfh "
command += workingD + paramFile + " "
command += workingD + photFile + " "
command += workingD + fakeFile + " "
# get next fit name
if fitName is None:
fitName = getFitName()
command += workingD + fitName
# append flags to command
for flag in flags:
command += " " + flag
# add forwarding to file in command
command += " &> " + workingD + fitName + ".co"
# write in logging
log = MyLogger.myLogger("generate commands", toExecutable + "logs/generated_commands")
# create stripped down command (ie no working directory included)
stripCommand = "calcsfh " + paramFile + " " + photFile + " " + fakeFile + " " + fitName + " " + " ".join(flags) \
+ " &> " + fitName + ".co"
# create empty file so getFitName can iterated to another fit number
#subprocess.call('touch %s' % (os.getcwd() + "/" + fitName), shell=True)
f = open(workingD + fitName, "w")
f.close()
log.info("Generated command (%s): %s" % (os.getcwd(), stripCommand))
#print(command)
return [command]
def Add(conf):
rec = {
'time': int(time()),
conf['fields'][0]: None,
conf['fields'][1]: None
}
temp = None
humidity = None
# avoid condense in the chip
if not 'alarm' in conf.keys():
conf['alarm'] = True
conf['errors'] = 0
try:
if (conf['fd'] != None) and (conf['Ada_import'] != None):
try:
try:
if conf['alarm'] and (not conf['fd'].is_heater_active()):
conf['fd'].set_heater(True)
sleep(5)
except:
pass
temp = conf['fd'].read_temperature()
humidity = conf['fd'].read_humidity()
try:
if conf['fd'].is_heater_active():
conf['fd'].set_heater(False)
conf['alarm'] = False
except:
pass
except ValueError:
MyLogger.log(modulename, 'ATTENT', "Read error")
return rec
else:
MyLogger.log(modulename, 'ERROR', "Configuration error.")
return rec
except:
MyLogger.log(modulename, 'ERROR',
"i2c access error. /dev/gpiomem permissions correct?")
return rec
if (temp == float("nan")) or (humidity == float("nan")):
MyLogger.log(modulename, 'Arning', "SHT31 read error, heating chip")
conf['fd'].reset()
conf['fd'].clear_status()
conf['fd'].set_heater(True)
conf['errors'] += 1
if conf['errors'] > 25:
MyLogger.log(
modulename, 'ERROR', "Too many SHT31 %s read errors" %
('temp' if temp == float("nan") else 'hum'))
raise IOError("SHT31 %s mailfunctioning" ('temp' if temp ==
float("nan") else 'hum'))
return rec
if (temp == None) or (humidity == None):
MyLogger.log(modulename, 'ERROR', "Access error. Connection problem?")
raise IOError("SHT31 lost connection.")
return rec
conf['errors'] = 0
if type(temp) is float:
if conf['debug']:
MyLogger.log(modulename, 'DEBUG',
"Temperature : %5.2f oC not calibrated" % temp)
if (temp < -20) or (temp > 40.0): conf['alarm'] = True
else:
MyLogger.log(modulename, 'DEBUG', "Temperature : None")
if type(humidity) is float:
if conf['debug']:
MyLogger.log(modulename, 'DEBUG',
"Rel.Humidity: %5.2f %% not calibrated" % humidity)
if humidity > 95.0: conf['alarm'] = True
else:
MyLogger.log(modulename, 'DEBUG', "Rel.Humidity: None")
if conf['fd'].is_command_error() or conf['fd'].is_data_crc_error():
conf['fd'].reset()
conf['fd'].clear_status()
return rec
if ('raw' in conf.keys()) and (type(Conf['raw']) is module):
conf['raw'].publish(tag='%s' % conf['type'].lower(),
data='temp=%.1f,rh=%.1f' %
(temp * 1.0, humidity * 1.0))
temp = calibrate(0, conf, temp)
humidity = calibrate(1, conf, humidity)
rec = {
'time': int(time()),
conf['fields'][0]: round(temp, 2),
conf['fields'][1]: int(humidity)
}
return rec
__author__ = "Tristan J. Hillis"
"""
Comment on documentation:
When reading the doc strings if "Pre:" is present then this stands for "precondition", or the conditions in order
to invoke something. Oppositely, "Post:" stands for "postcondition" and states what is returned by the method.
File Description: This file contains a set of functions that the GUI or server code calls throughout.
"""
## Global Variables
# Deprecated
import MyLogger
logger = MyLogger.myLogger("AddLinearSpacer.py", "client")
# Get gregorian date, local
#d = date.today()
#logFile = open("/home/mro/ScienceCamera/gui/logs/log_gui_" + d.strftime("%Y%m%d") + ".log", "a")
def AddLinearSpacer(boxsizer, pixelSpacing):
"""
A one-dimensional spacer along only the major axis for any BoxSizer
Found this on a wxPython tutorial and it has proved to be very handy.
It takes in a box sizer as boxsizer and the spacing as pixelSpacing and expands the
passed in sizer along its major axis. This is used over boxsizer.AddSpacer(...) as this
expands along both axises causing untold issues. It also is more intuitive than
boxsizer.AddSpacer((..,..)) where you pass a 0 to the width or height to obtain the same
help='parameter group name to use')
grp = parser.add_argument_group('AgriMET related options')
grp.add_argument('--force',
action='store_true',
help='run once fetching information')
grp.add_argument('--forceStats',
action='store_true',
help='run stats generation once ')
grp.add_argument('--earliestDate', type=str, help='Earliest date to fetch')
grp.add_argument('--input',
type=str,
help='Read from this file instead of fetching URL')
grp.add_argument('--output',
type=str,
help='Write page fetched from URL to this file')
MyLogger.addArgs(parser) # Add log related options
args = parser.parse_args()
logger = MyLogger.mkLogger(args, __name__)
logger.info('Args=%s', args)
try:
params = Params.load(args.db, args.group, logger)
logger.info('Params=%s', params)
qExcept = queue.Queue() # Thread exceptions are sent here
thrFetch = Fetcher(args, params, logger,
qExcept) # Fetch Agrimet information
thrStats = Stats(args, params, logger,
qExcept) # Build summary information
workQueue = Queue()
activeThreads = {
} # this should only every be one more larger than the number of CPUs on the system.
# main thread handles incoming data and one thread waits on events and the other threads
# execute the bash commands.
dAvRangeThreads = {}
dAvRangeGroup = {} # dictionary that holds a dictionary of commands
doneThreads = Queue()
# Events for watchdogs
watcherEvent = threading.Event(
) # a single thread waits for set to join a certain thread
condorEvent = threading.Event() # activates the condor thread
log = MyLogger.myLogger("MatchServer", "server")
def getThreadNumber():
print(activeThreads)
num = None
if len(activeThreads) == 0: # no threads yet
num = '1'
else: # get the thread number that is missing in the range of 1 to 8
keys = activeThreads.keys()
print(keys)
keys = map(int, keys)
keys = sorted(keys, key=int)
print(keys)
count = 1
for name in keys:
def on_subscribe(client, obj, MiD, granted_qos):
global waiting, mid
mid = MiD
MyLogger.log(modulename,'DEBUG',"mid: " + str(mid) + ",qos:" + str(granted_qos))
def Add(conf):
def PPB2ugm3(gas, ppb, temp):
mol = {
'so2': 64.0, # RIVM 2.71, ?
'no2': 46.0, # RIVM 1.95, ?
'no': 30.01, # RIVM 1.27, ?
'o3': 48.0, # RIVM 2.03, ?
'co': 28.01, # RIVM 1.18, ?
'co2': 44.01, # RIVM 1.85, ?
'nh3': 17.031,
}
if not gas in mol.keys(): raise ValueError, "%s unknown gas" % gas
if ppb < 0: return 0
return round(ppb * 12.187 * mol[gas] / (273.15 + temp), 2)
try:
temp = conf['meteo']['temp']
except:
temp = 25.0 # default temp
if (conf['fd'] == None) or (not len(conf['fd'])): return rec
rawData = []
for gas in range(0, len(conf['fd'])):
value = None
if conf['fd'][gas] != None:
try:
(value, reference) = conf['fd'][gas].adc_read()
rawData.append("%s=%d/%d" %
(conf['fields'][gas], value, reference))
mAval = value * conf['sensitivity'][gas][1] / reference - conf[
'sensitivity'][gas][0]
if mAval < 0: mAval = 0
# V=I2R -> I = sqrt(V/R) ???
# R = 400/reference ???
ppmval = (mAval / conf['sensitivity'][gas][1]
) * conf['sensitivity'][gas][2]
if conf['debug']:
print(
"NH3: %d/%d (%.3f mV)" %
(value, reference, 1000.0 * float(value) / reference))
print("NH3 converted: %.1f mA, %.1f PPM" % (mAval, ppmval))
if conf['units'][gas].lower() == 'ppm':
value = calibrate(gas, conf, ppmval)
elif conf['units'][gas].lower() == 'ug/m3':
value = calibrate(gas, conf, ppmval)
value = PPB2ugm3(conf['units'][gas].lower(), value, temp)
elif conf['units'][gas].lower() == 'ma':
value = mAval
elif type(value) is int:
value = float(value)
except ValueError:
MyLogger.log(modulename, 'ERROR', "Read or config error")
continue
else:
MyLogger.log(modulename, 'ERROR', "Configuration error.")
continue
if value == None:
MyLogger.log(modulename, 'ERROR',
"Access error. Connection problem?")
raise IOError("AlphaSense lost AD connection.")
return rec
if type(value) is float:
if conf['debug']:
MyLogger.log(
modulename, 'DEBUG', "%s : %5.2f %s not calibrated" %
(conf['fields'][gas], value, conf['units'][gas]))
else:
MyLogger.log(modulename, 'DEBUG',
"%s : None" % conf['fields'][gas])
rec[conf['fields'][gas]] = round(value, 2)
if ('raw' in conf.keys()) and (type(conf['raw']) is module):
conf['raw'].publish(tag='%s' % conf['type'].lower(),
data=','.join(rawData))
return rec
def setWebValue(nid,item,value,adebug=False):
global prepend, fld2drupal, modulename
if not item in fld2drupal.keys() or not fld2drupal[item][1]: return False
if type(value) is bool: value = "1" if value else "0"
elif item in ['first']: value = "'%s'" % datetime.datetime.fromtimestamp(value).strftime("%Y-%m-%d")
else: value = "'%s'" % str(value)
update = '' # compile update Web DB Drupal query
try:
if item == 'coordinates': ### kaart_meetkit type
ord = value[1:-1].split(',')
lat = max(ord[0],ord[1]); lon = min(ord[0],ord[1])
flds = [
# in Nld lat is > lon, watchout for script and admin errors
# entity_type = map point
fld2drupal[item][0]+'_lat = %3.7f' % lat,
fld2drupal[item][0]+'_top = %3.7f' % lat,
fld2drupal[item][0]+'_bottum = %3.7f' % lat,
fld2drupal[item][0]+'_lon = %3.7f' % lon,
fld2drupal[item][0]+'_left = %3.7f' % lon,
fld2drupal[item][0]+'_right = %3.7f' % lon,
fld2drupal[item][0]+"_geohash = '%s'" % str(pygeohash(lat,lon,precision=12)),
]
update = "UPDATE %s SET %s WHERE entity_id = %d" % (prepend+fld2drupal[item][0],','.join(flds),nid)
elif fld2drupal[item][1] == 'value': ### value type
update = "UPDATE %s SET %s = %s WHERE entity_id = %d" % (prepend+fld2drupal[item][0],'field_'+fld2drupal[item][0]+'_value',value,nid)
elif fld2drupal[item][1] == 'tid': ### tid type
qry = WebDB.db_query("SELECT tid FROM taxonomy_term_data WHERE name = %s" % value, True)
if not len(qry) or not len(qry[0]): # unknown term, insert new one
MyLogger.log(modulename,'WARNING','Add to Web Drupal DB taxonomy term %s' % value)
update = "INSERT INTO %s (vid,name,description,weight,format) VALUES (8,%s,'project ID',1)" % value
if adebug:
print("WebDB change to tid 1001:\n %s" % update); qry =[(1001,)]
else:
WebDB.db_query(update, False)
qry = WebDB.db_query("SELECT tid FROM taxonomy_term_data WHERE name = %s" % value, True)
if not len(qry) or not len(qry[0]):
MyLogger.log(modulename,'ERROR','Failed to insert new taxonomy term %s' % value)
return False
update = "UPDATE %s SET %s = %d WHERE entity_id = %d" % (prepend+fld2drupal[item][0],'field_'+fld2drupal[item][0]+'_tid', qry[0][0], nid)
elif fld2drupal[item][0] == 'fysiek_adres': ### adres type
if fld2drupal[item][1] in ['thoroughfare','locality']:
qry = WebDB.db_query("SELECT field_fysiek_adres_%s FROM %s WHERE entity_id = %d" % (('locality' if fld2drupal[item][1] == 'thoroughfare' else 'thoroughfare'),prepend+fld2drupal[item][0],nid),True)
if len(qry) and len(qry[0]):
if fld2drupal[item][1] == 'thoroughfare':
try: update = "%s: %s" % (str(qry[0][0]),str(value[1:value.rindex(' ')]))
except: update = "%s: %s" % (str(qry[0][0]),str(value[1:-1]))
else:
update = "%s: %s" % (str(value[1:-1]),str(qry[0][0]))
update = "UPDATE node SET title = '%s' WHERE nid = %d" % (update,nid)
if not adebug:
WebDB.db_query(update, False)
update = "UPDATE %s SET %s = %s WHERE entity_id = %d" % (prepend+fld2drupal[item][0],'field_fysiek_adres_'+fld2drupal[item][1], value, nid)
if adebug: print("WebDB change with:\n %s" % update)
elif update: WebDB.db_query(update, False)
except:
MyLogger.log(modulename,'DEBUG','Failed to update Drupal web DB with %s: query %s' % (item,update))
MyLogger.log(modulename,'ERROR','Failed to update Drupal web DB with %s: value %s' % (item,value))
return False
return True
def getFromWeb(nid, info, items=info_fields):
global Conf, prepend, fld2drupal
selects = []; froms = []; wheres = []; address = []; fields = []; tids = []
if not type(items) is list: items = items.split(',')
for item in items:
if not item in fld2drupal.keys() or not fld2drupal[item][0]:
continue
if fld2drupal[item][0] == 'fysiek_adres':
address.append(item); continue
if fld2drupal[item][1] == 'tid':
tids.append(item); continue
# handle field_*_value type of info
fields.append(item)
if fld2drupal[item][1] == 'value':
selects.append(prepend+fld2drupal[item][0]+'.field_'+fld2drupal[item][0]+'_'+fld2drupal[item][1])
froms.append(prepend+fld2drupal[item][0])
wheres.append(prepend+fld2drupal[item][0]+'.'+'entity_id = %s' % nid)
elif fld2drupal[item][1] == 'ordinates':
selects.append('CONCAT('+prepend+fld2drupal[item][0]+'.field_'+fld2drupal[item][0]+'_lat,",",'+prepend+fld2drupal[item][0]+'.field_'+fld2drupal[item][0]+'_lon,",0")')
froms.append(prepend+fld2drupal[item][0])
wheres.append(prepend+fld2drupal[item][0]+'.'+'entity_id = %s' % nid)
# try to get them in one show if not one by one
qry = 'SELECT '+','.join(selects)+' FROM '+','.join(list(set(froms)))+' WHERE '+' AND '.join(list(set(wheres)))
qry = WebDB.db_query(qry, True)
if not len(qry): # try one by one
MyLogger.log(modulename,'DEBUG','Failed to get info %s from Web database' % str(items))
qry = [[]]
for indx in range(len(fields)):
qry[0].append(None)
nqry = WebDB.db_query('SELECT %s FROM %s WHERE %s' % (selects[indx],froms[indx],wheres[indx]),True)
if len(nqry) and len(nqry[0]): qry[0][indx] = nqry[0][0]
for indx in range(len(fields)):
try:
if len(fld2drupal[fields[indx]]) > 3: # indexed value
try:
info[fields[indx]] = fld2drupal[fields[indx]][3][int(qry[0][indx])]
except:
MyLogger.log(modulename,'ERROR','Unexpected index %s for field %s.' % (qry[0][indx],fields[indx]))
info[fields[indx]] = qry[0][indx]
elif type(qry[0][indx]) is int:
if qry[0][indx] <= 1: info[fields[indx]] = (True if qry[0][indx] else False)
else: info[fields[indx]] = qry[0][indx]
else: info[fields[indx]] = qry[0][indx]
except:
MyLogger.log(modulename,'ERROR','Failed to import info %s from Web database' % fields[indx])
return False
if 'GPS' in info.keys():
if not 'coordinates' in info.keys(): info['coordinates'] = info['GPS']
ord = [float(x) for x in info['GPS'].split(',')]
info['GPS'] = { 'longitude': ord[LON], 'latitude': ord[LAT], 'altitude': None }
for item in ['first','datum']:
if item in info.keys() and (not type(info[item]) is int):
info[item] = DateTranslate(info[item])
if not 'description' in info.keys() or not info['description']:
hw = []
for item in ['meteo','dust','gps']:
if item in info.keys() and info[item]: hw.append(info[item].upper())
hw.sort()
if len(hw): info['description'] = ";hw: %s,TIME" % ','.join(hw)
if len(tids) and not getTIDvalues(nid,tids,info): return False
if len(address) and not getWebAddress(nid,address,info): return False
for key,value in info.items():
if value == 'None' or value == 'NULL': info[key] = None
return True
def getUserIdList(active):
MyLogger.logMsg("get user id")
select_stmt = "SELECT USER_ID FROM USERLIST WHERE IS_ACTIVE = '%s'" % (active)
list = executeSelect(select_stmt)
MyLogger.logMsg(list)
return list
if sys.argv[i] in ['--debug', '-d']: # do not change DB values
debug = True; continue
if sys.argv[i] in ['--time', '-t']: # minimal modification diff in time
if sys.argv[i].find('-t') == 0 and len(sys.argv[i]) > 2:
changeTime = int(sys.argv[i][2:])
else:
changeTime = int(sys.argv[i+1]); i += 1
continue
if sys.argv[i] in ['--interact', '-i']: # interactive synchronization mode
interact = True; continue
if sys.argv[i] in ['--all', '-a']: # if in interactive mode also interact on not different values
interactAll = True; continue
if sys.argv[i] and sys.argv[i][-5:].lower() == '.json': # import json node file into Air Quality DB
nodes = True
try: nodesImport(sys.argv[i])
except: print("Failed to import json nodes file: " % sys.argv[i])
else:
KitSelections.append(sys.argv[i])
if not nodes:
if not len(KitSelections):
KitSelections = [ '.*' ]
else:
MyLogger.log(modulename,'ATTENT',"Limit kit synchronisation to kits matching: %s" % ('('+'|'.join(KitSelections)+')'))
for i in range(len(KitSelections)): # select which kits to synchronize
KitSelections[i] = re.compile('^'+KitSelections[i]+'$', re.I)
try: syncWebDB() # synchronize Drupal Web DB kit info with Air Qual
except:
print("FAIL to synchronize Drupal web kit info with Air Qual DB")
EXIT(1)
EXIT(0)
import MyLogger
import scriptingClasses as sc
"""
# Comment on documentation:
# When reading the doc strings if "Pre:" is present then this stands for "precondition", or the conditions in order to invoke something.
# Oppositely, "Post:" stands for "postcondition" and states what is returned by the method.
"""
__author__ = "Tristan J. Hillis"
## Global Variables
app = None # reference to Evora app
port_dict = {} # dictionary storing different connections that may be open.
logger = MyLogger.myLogger("photoAcquisitionGUI.py", "client")
## Getting to parents (i.e. different classes)
# Three parents will get to the Evora class and out of the notebook
# Frame class.
class Evora(wx.Frame):
def __init__(self):
wx.Frame.__init__(self, None, -1, "Evora Acquisition GUI", size=(600, 450))
self.protocol = None # client protocol
self.connection = None
self.connected = False # keeps track of whether the gui is connect to camera
self.active_threads = {} # dict of the active threads
def PubOrSub(topic,option):
global Conf, waiting, mid, telegrams, PingTimeout, ErrorCnt
waiting = False
mid = None
telegram = None
def on_connect(client, obj, rc):
global waiting
if rc != 0:
MyLogger.log(modulename,'ERROR',"Connection error nr: %s" % str(rc))
Conf['input'] = False
waiting = False
if 'fd' in Conf.keys():
Conf['fd'] = None
raise IOError("MQTTsub connect failure.")
else:
MyLogger.log(modulename,'DEBUG',"Connected.")
pass
def on_message(client, obj, msg):
global waiting, telegrams
waiting = False
#MyLogger.log(modulename,'DEBUG','MQTTsub msg: topic: ' + msg.topic + ", qos: " + str(msg.qos) + ", msg: " + str(msg.payload))
try:
if len(telegrams) > 100: # 100 * 250 bytes
MyLogger.log(modulename,'ERROR',"Input buffer is full.")
return
telegrams.append( {
'topic': msg.topic,
'payload': str(msg.payload),
})
except:
MyLogger.log(modulename,'DEBUG','In message.')
def on_subscribe(client, obj, MiD, granted_qos):
global waiting, mid
mid = MiD
MyLogger.log(modulename,'DEBUG',"mid: " + str(mid) + ",qos:" + str(granted_qos))
def on_log(client, obj, level, string):
global PingTimeout, Conf, ErrorCnt
# MyLogger.log(modulename,'DEBUG',"log: %s" % string)
if string.find('PINGREQ') >= 0:
if not PingTimeout:
PingTimeout = int(time())
#MyLogger.log(modulename,'DEBUG',"log: ping")
elif int(time())-PingTimeout > 10*60: # should receive pong in 10 minutes
MyLogger.log(modulename,'ATTENT',"Ping/pong timeout exceeded.")
if ('fd' in Conf.keys()) and (Conf['fd'] != None):
Conf['fd'].disconnect()
waiting = False
Conf['registrated'] = False
del Conf['fd']
ErrorCnt += 1
PingTimeout = 0
elif string.find('PINGRESP') >= 0:
if int(time())-PingTimeout != 0:
MyLogger.log(modulename,'DEBUG',"Log: ping/pong time: %d secs" % (int(time())-PingTimeout))
PingTimeout = 0
else:
MyLogger.log(modulename,'DEBUG',"Log: %s..." % string[:17])
def on_disconnect(client, obj, MiD):
global waiting, mid, Conf
waiting = False
if 'fd' in Conf.keys():
Conf['fd'] = None
mid = MiD
MyLogger.log(modulename,'DEBUG',"Disconnect mid: " + str(mid) )
raise IOError("MQTTsub: disconnected")
try:
if (not 'fd' in Conf.keys()) or (Conf['fd'] == None):
Conf['fd'] = mqtt.Client(Conf['prefix']+Conf['apikey'])
Conf['fd'].on_connect = on_connect
Conf['fd'].on_disconnect = on_disconnect
try:
['NOTSET','DEBUG'].index(MyLogger.Conf['level'])
Conf['fd'].on_log = on_log
except: pass
if ('user' in Conf.keys()) and Conf['user'] and ('password' in Conf.keys()) and Conf['password']:
Conf['fd'].username_pw_set(username=Conf['user'],password=Conf['password'])
#Conf['fd'].connect(Conf['hostname'], port=Conf['port'], keepalive=60)
Conf['fd'].connect(Conf['hostname'], Conf['port'])
Conf['fd'].on_subscribe = on_subscribe
Conf['fd'].on_message = on_message
Conf['fd'].loop_start()
Conf['fd'].subscribe(topic, qos=Conf['qos'])
timeout = time() + Conf['timeout']
waiting = True
while waiting:
if time() > timeout:
break
if len(telegrams):
waiting = False
break
sleep(1) # maybe it should depend on timeout
# Conf['fd'].disconnect()
#Conf['fd'].loop_stop()
except:
MyLogger.log(modulename,'ERROR',"Failure type: %s; value: %s. MQTT broker aborted." % (sys.exc_info()[0],sys.exc_info()[1]) )
Conf['output'] = False
del Conf['fd']
raise IOError("%s" % str(mid))
return telegram
if waiting:
MyLogger.log(modulename,'ATTENT',"Sending telegram to broker")
raise IOError("%s" % str(mid))
return telegram
MyLogger.log(modulename,'DEBUG',"Received telegram from broker, waiting = %s, message id: %s" % (str(waiting),str(mid)) )
if len(telegrams):
return telegrams.pop(0)
return telegram
def getdata():
global Conf, ErrorCnt
if (not Conf['input']):
sleep(10)
return {}
if ErrorCnt:
if ErrorCnt > 20:
Conf['registrated'] = None
if ('fd' in Conf.keys()) and (Conf['fd'] != None):
try:
Conf['fd'].disconnect()
Conf['fd'] = None
except:
pass
sleep((ErrorCnt-20)*60)
else:
sleep(ErrorCnt)
if (not 'registrated' in Conf.keys()) or (Conf['registrated'] == None):
if 'registrated' in Conf.keys():
MyLogger.log(modulename,'ATTENT',"Try to reconnect to broker.")
if (not 'projects' in Conf.keys()) or (not len(Conf['projects'])):
Conf['projects'] = ['ALL']
if (not 'topic' in Conf.keys()) or (Conf['topic'] == None):
Conf['topic'] = 'IoS'
for key in ['user','password','hostname']:
if (not key in Conf.keys()) or (Conf[key] == None):
Conf['input'] = False
MyLogger.log(modulename,'FATAL',"Missing login %s credentials." % key)
try:
Conf['projects'] = re.compile(Conf['projects'], re.I)
Conf['serials'] = re.compile(Conf['serials'], re.I)
except:
MyLogger.log(modulename,'FATAL','Regular expression for project or serial.')
Conf['registrated'] = True
try:
msg = PubOrSub(Conf['topic']+"/#", None)
if msg == None:
ErrorCnt += 1
return {}
ErrorCnt = 0
msg['topic'] = msg['topic'].split('/')
msg['payload'] = json.loads(msg['payload'])
except IOError as e:
if ErrorCnt > 40:
MyLogger.log(modulename,'FATAL',"Subscription failed Mid: %s. Aborted." % e)
ErrorCnt += 1
MyLogger.log(modulename,'WARNING',"Subscription is failing Mid: %s. Slowing down." % e)
if (len(msg['topic']) < 3) or (msg['topic'][0] != Conf['topic']) or (not type(msg['payload']) is dict) or (not 'metadata' in msg['payload'].keys()):
sleep(0.1)
return getdata()
msg['project'] = msg['topic'][1]
msg['serial'] = msg['topic'][2]
# check the pay load
if not type(msg['payload']) is dict:
sleep(0.1)
return getdata()
if not 'metadata' in msg['payload'].keys():
msg['metadata'] = { 'project': msg['project'], 'serial': msg['serial']}
else:
msg['metadata'] = msg['payload']['metadata']
if not 'data' in msg['payload'].keys():
msg['payload']['data'] = None
# validate identification
# TO DO: check serial to api key (mqtt broker checks user with project/serial)
for key in ['project','serial']:
if (not Conf[key+'s'].match(msg[key])) or (not key in msg['payload']['metadata'].keys()) or (msg[key] != msg['payload']['metadata'][key]):
MyLogger.log(modulename,'WARNING',"Not a proper telegram. Skipped.")
sleep(0.1)
return getdata()
return { 'register': msg['metadata'], 'data': msg['payload']['data'] }
test_py_content = test_py.read(os.path.getsize(file_path))
try:
if re.search(r'# <test_cases_block>', test_py_content):
old_test_cases = re.search(r'(?s)( def test.*)\r?\n# <test_cases_block>',
test_py_content).group(1).replace('\\', '\\\\')
else:
old_test_cases = re.search(r'(?s)( def test.*)if __name__ == "__main__":',
test_py_content).group(1).replace('\\', '\\\\')
old_test_cases = old_test_cases.rstrip('\r\n ')
# Updating QUERY names according to the test.py_template file
old_test_cases = re.sub(r'self\.[^_]+_QUERY', 'self.SEARCH_QUERY', old_test_cases)
if old_test_cases:
file_altering(log, pattern_dir_name, r'# <test_cases_block>', old_test_cases +
'\r\n# <test_cases_block>')
except AttributeError as err:
log.error('No match found for test case functions ending in \'test.py\' file: ' + str(err))
except IOError as err:
log.error('No \'test.py\' was found to obtain existent test case functions from it: ' + str(err))
except EnvironmentError as err:
log.error(str(err))
return None
if __name__ == '__main__':
log = MyLogger.create_logger('WebsphereAppServer', 3)
# f = open('/usr/tideway/testdir/WebSphereAppServer/tests/searchstring', 'r')
# add_test_case(log, 'WebSphereAppServer', ['172.22.90.121', '172.22.90.140'], 'Windows_additional_tc',
# ['search SoftwareInstance where type has substring "IBM WebSphere Application Server" order by name show name,type, count, version, product_version, edition, service_pack, install_root, server_name, cell_name, node_name, jmx_enabled, jmx_port, profile_dir'])
pre_format_template(log, 'WebsphereAppServer')
add_old_test_cases(log, 'WebsphereAppServer')
def syncWebDB():
global Conf, KitSelections, modulename
global DustTypes, MeteoTypes, GpsTypes
#if Conf['log']:
# WebDB.Conf['log'] = MyDB.Conf['log'] = Conf['log']
# WebDB.Conf['print'] = MyDB.Conf['print'] = Conf['print']
# #ThreadStops.append(Conf['log'].stop)
if not WebDB.db_connect(): # credentials from WEB ENV
sys.stderr.write("Cannot connect to %s database" % Conf['WEBdatabase'])
EXIT(1)
if not MyDB.db_connect(): # credentials from DB ENV
sys.stderr.write("Cannot connect to %s database" % Conf['database'])
EXIT(1)
WebMeetkits = getMeetKits()
for indx in range(len(WebMeetkits)):
qry = MyDB.db_query("SELECT UNIX_TIMESTAMP(datum) FROM Sensors WHERE project = '%s' AND serial = '%s' ORDER BY active DESC, datum DESC LIMIT 1"% (WebMeetkits[indx]['project'],WebMeetkits[indx]['serial']), True)
if not len(qry):
MyLogger.log(modulename,'ATTENT','Sensor kit from Drupal node %d with project %s,serial %s is not defined in Sensors/TTNtable table(s).' % (WebMeetkits[indx]['nid'],WebMeetkits[indx]['project'],WebMeetkits[indx]['serial']))
WebMeetkits[indx]['datum'] = insertNewKit(WebMeetkits[indx])
else: WebMeetkits[indx]['datum'] = qry[0][0]
# WebMeetkits list of dict nid, changed, project, serial, Sensors datum keys
MyLogger.log(modulename,'DEBUG','Kit Drupal node nid %d dated %s AND data DB kit %s_%s dated %s.' % (WebMeetkits[indx]['nid'],datetime.datetime.fromtimestamp(WebMeetkits[indx]['changed']).strftime("%Y-%m-%d %H:%M"),WebMeetkits[indx]['project'],WebMeetkits[indx]['serial'],datetime.datetime.fromtimestamp(WebMeetkits[indx]['datum']).strftime("%Y-%m-%d %H:%M")))
if WebMeetkits[indx]['datum'] and (abs(WebMeetkits[indx]['datum']-WebMeetkits[indx]['changed']) >= changeTime):
try:
# modification times bigger as 5 minutes
WebInfo = {}
# info fields:
# "TTN_id", "project", "GPS", "coordinates", "label", "serial",
# "street","pcode", "municipality", "village", "province",
# "first", "comment",
# "AppEui", "DevEui", "AppSKEY",
# "DevAdd", "NwkSKEY",
# "meteo", "dust", "gps", "description",
# "notice",
# "active", "luftdaten.info", "luftdaten", "luftdatenID",
try:
if not getFromWeb( WebMeetkits[indx]['nid'],WebInfo):
MyLogger.log(modulename,'WARNING',"Unable to get Drupal meta data info for nid %d." % nid)
except: pass
AQinfo = {}
try:
if not getFromAQ(WebMeetkits[indx]['project'],WebMeetkits[indx]['serial'],AQinfo):
MyLogger.log(modulename,'WARNING',"Unable to get AQ meta data info for kit projec %s serial %s." % (WebMeetkits[indx]['project'], WebMeetkits[indx]['serial']))
except: pass
if 'description' in AQinfo.keys():
for item in AQinfo['description'].replace(';hw:','').strip().split(','):
if item.strip()[:3].upper() in DustTypes:
AQinfo['dust'] = item.strip().upper()
elif item.strip()[:3].upper() in MeteoTypes:
AQinfo['meteo'] = item.strip().upper()
elif item.strip()[:3].upper() in GpsTypes: # only one product
AQinfo['gps'] = 'NEO-6'
if WebMeetkits[indx]['changed'] > WebMeetkits[indx]['datum']:
(WebInfo,AQinfo) = diffInfos(WebInfo,AQinfo,True,'\033[32mweb Drupal DB\033[0m info (nid %d) >> \033[31mAQ data DB\033[0m info (%s,%s)' % (WebMeetkits[indx]['nid'],WebMeetkits[indx]['project'],WebMeetkits[indx]['serial']),"%34.34s >> %s" % (datetime.datetime.fromtimestamp(WebMeetkits[indx]['changed']).strftime("%Y-%m-%d %H:%M"),datetime.datetime.fromtimestamp(WebMeetkits[indx]['datum']).strftime("%Y-%m-%d %H:%M")))
else:
(WebInfo,AQinfo) = diffInfos(WebInfo,AQinfo,False,'\033[31mweb Drupal DB\033[0m info (nid %d) << \033[32mAQ data DB\033[0m info (%s,%s)' % (WebMeetkits[indx]['nid'],WebMeetkits[indx]['project'],WebMeetkits[indx]['serial']),"%34.34s << %s" % (datetime.datetime.fromtimestamp(WebMeetkits[indx]['changed']).strftime("%Y-%m-%d %H:%M"),datetime.datetime.fromtimestamp(WebMeetkits[indx]['datum']).strftime("%Y-%m-%d %H:%M")))
# may need to return also a dict with fields/values which are not change but present
if len(WebInfo):
for (item,value) in WebInfo.items():
MyLogger.log(modulename,'INFO',"Synchronize web Drupal DB node %d: %s: '%s'." % (WebMeetkits[indx]['nid'],item,str(value)))
setWebValue(WebMeetkits[indx]['nid'],item,value,adebug=debug)
if not debug:
WebDB.db_query("UPDATE node SET changed = UNIX_TIMESTAMP(now()) WHERE nid = %d" % WebMeetkits[indx]['nid'], False)
if len(AQinfo):
if not 'project' in AQinfo.keys(): AQinfo['project'] = WebMeetkits[indx]['project']
if not 'serial' in AQinfo.keys(): AQinfo['serial'] = WebMeetkits[indx]['serial']
MyLogger.log(modulename,'INFO',"Synchronize web Air Quality DB meta info: %s" % str(AQinfo))
MyDB.putNodeInfo(AQinfo,adebug=debug)
except Exception as e:
sys.stderr.write("%s: While handling %s/%s, exception error: %s\n" % (modulename,WebMeetkits[indx]['project'],WebMeetkits[indx]['serial'],str(e)))
return True
subprocess.call('/usr/tideway/bin/tw_scan_control -p System2$ --add ' + ' '.join(ip_addresses) +
' 1>/dev/null', shell=True)
# Need to wait until the scan is completed before staring other activities
while True:
time.sleep(10)
if subprocess.check_output('/usr/tideway/bin/tw_scan_control -p System2$ --list',
shell=True) == 'No scan ranges\n':
break
# Adding the scan results into 'test.py'
GenerateTestPy.add_test_case(log, pattern_dir_name, ip_addresses, test_case_name, queries_list)
# Creating dml file of the record data
SetEnvironment.generate_dml(log, pattern_dir_name, test_case_name)
else:
log.warn('No IP addresses were extracted for \'' + test_case_name + '\'. It will be skipped.')
# Deleting the TC folder
if should_remove_tc_folder:
shutil.rmtree(test_case_dir)
except (IOError, NameError, OSError) as err:
log.error('Got an exception after unpacking the TC zip folder: ' + str(err))
return None
if __name__ == '__main__':
log = MyLogger.create_logger('HelpSystemsStandGuardAnti-Virus', 3)
run_test(log, 'Unix_active_versioning', 'HelpSystemsStandGuardAnti-Virus',
['SEARCH SoftwareInstance WHERE type = "HelpSystems StandGuard Anti-Virus" ORDER BY key SHOW name, type, version, product_version',
'SEARCH SoftwareInstance WHERE type = "HelpSystems StandGuard Anti-Virus" TRAVERSE InferredElement:Inference:Contributor:DiscoveredCommandResult ORDER BY cmd SHOW cmd',
'SEARCH SoftwareInstance WHERE type = "HelpSystems StandGuard Anti-Virus" TRAVERSE InferredElement:Inference:Contributor:DiscoveredFile ORDER BY path SHOW path',
'SEARCH SoftwareInstance WHERE type = "HelpSystems StandGuard Anti-Virus" TRAVERSE ElementWithDetail:Detail:Detail:Detail WHERE type = "Licensing Detail" ORDER BY name SHOW name'])
if __name__ == "__main__": # Read in a csv file and call analyze
import argparse
import MyYAML
import MyLogger
parser = argparse.ArgumentParser()
parser.add_argument("yaml", metavar="fn.yml", help="YAML file to load")
parser.add_argument("csv", metavar="fn.csv", help="CSV file to load")
parser.add_argument("--seed",
type=int,
help="Random number generator seed, 32 bit int")
parser.add_argument("--save",
action="store_true",
help="Should CSV output files be generated?")
parser.add_argument("--plot", action="store_true", help="Plot z versus t")
MyLogger.addArgs(parser)
args = parser.parse_args()
logger = MyLogger.mkLogger(args, __name__,
"%(asctime)s: %(levelname)s - %(message)s")
data = MyYAML.load(args.yaml, logger)
pos = pd.read_csv(args.csv)
(output, summary) = analyze(args.csv, data, pos, data["depth"], logger)
if args.save:
saveCSV(args.csv, output, "analysis")
saveCSV(args.csv, summary, "summary")
if args.plot:
# 'rssi': None, # if wifi provide signal strength
# 'last': None, # last time checked to throddle connection info
'fields': ['rssi'], # strength or signal level
'units': ['dBm'], # per field the measurement unit
'raw': False, # no raw measurements displayed by dflt
}
try:
import MyLogger
import re
# import subprocess, threading
import subprocess
from threading import Timer
from time import time
except ImportError as e:
MyLogger(modulename, 'FATAL', "Unable to load module %s" % e)
class Command(object):
def __init__(self, cmd):
self.cmd = cmd
self.process = None
def run(self, timeout):
stdout = ''
def target():
global stdout
print 'Thread started'
self.process = subprocess.Popen(self.cmd,
shell=True,
def publish(**args):
""" add records to the database,
on the first update table Sensors with ident info """
global Conf, ErrorCnt
if (not 'output' in Conf.keys()) or (not Conf['output']):
return
for key in ['data','ident']:
if not key in args.keys():
MyLogger.log(modulename,'FATAL',"Publish call missing argument %s." % key)
# TO DO: get the translation table from the MySense.conf file
def trans(name):
global Conf
if (not 'match' in Conf.keys()) or (not type(Conf['match']) is list):
return name
for item in Conf['match']:
if not type(item) is tuple: continue
if name.find(item[0]) < 0: continue
name = name.replace(item[0],item[1])
return name
def findInfo(ident,field):
UT = ['',''] # (unit,sensor type)
try:
indx = ident['fields'].index(field)
UT[0] = ident['units'][indx]
UT[1] = ident['types'][indx].upper()
except:
pass
finally:
return (UT[0],UT[1])
if Conf['fd'] == None: Conf['registrated'] = None
if not db_registrate(args['ident']):
MyLogger.log(modulename,'WARNING',"Unable to registrate the sensor.")
return False
if Conf['fd'] == None:
return False
if 'text' in args['data'].keys(): # special case, overloading this method
# show a text line as eg starting up sensor X
if type(args['data']['text']) is str:
displayMsg(['<clear>' + args['text']])
elif type(args['data']['text']) is list:
lines = []
for string in args['data']['text']:
if type(string) is str: lines.append(string)
if len(lines):
try: displayMsg(lines)
except:
MyLogger.log(modulename,'ERROR','Unable to send text to display service.')
return False
return True
lines = ['','','',''] # sensor type, DB name, unit, value
for item in args['data'].keys():
if item in Conf['omit']: continue
if type(args['data'][item]) is list:
MyLogger.log(modulename,'WARNING',"Found list for sensor %s." % item)
continue
else:
if args['data'][item] == None: continue
Unit, Type = findInfo(args['ident'],item)
bar = ''
if len(lines[0]): bar = '|'
thisValue = args['data'][item]
if thisValue is float:
thisValue = '%.1f' % thisValue
elif Type[0:3] == 'gps': continue # do not display geo location
string = format(thisValue).replace('.0','')
if string[0] == '<': string = 'NaN' # not a number of string
lines[0] += bar + '%6.6s' % Type
lines[1] += bar + ' %5.5s' % trans(item)
lines[2] += bar + ' %5.5s' % trans(Unit)
lines[3] += bar + '%6.6s' % string
lines.insert(0,'<clear>' + datetime.datetime.fromtimestamp(time()).strftime('%d %b %Hh%M:%S'))
if 'time' in args['data'].keys():
try:
lines[0] = '<clear>' + datetime.datetime.fromtimestamp(args['data']['time']).strftime('%d %b %H:%M:%S')
except:
pass
try:
displayMsg(lines)
except:
MyLogger.log(modulename,'ERROR','Unable to send text to display service.')
return False
return True
def registrate():
global Conf, MyThread
if (not Conf['input']):
return False
if ('fd' in Conf.keys()) and (Conf['fd'] != None):
return True
for key in ['i2c', 'sensitivity']: # handle configured arrays of values
if (key in Conf.keys()) and (type(Conf[key]) is str):
Conf[key] = Conf[key].replace(' ', '')
Conf[key] = Conf[key].replace('],[', '#')
Conf[key] = Conf[key].replace('[', '')
Conf[key] = Conf[key].replace(']', '')
if key == 'i2c': Conf[key] = Conf[key].split(',')
else:
Conf[key] = Conf[key].split('#')
for i in range(0, len(Conf[key])):
Conf[key][i] = [int(a) for a in Conf[key][i].split(',')]
Conf['input'] = False
Conf['fd'] = []
for gas in range(0, len(Conf['i2c'])):
Conf['fd'].append(None)
if not int(Conf['i2c'][gas], 0) in [0x48
]: # address pin 0-2 to null, read
MyLogger.log(
modulename, 'ERROR',
"I2C address %s not correct. Disabled." % Conf['i2c'][gas])
return False
else:
try:
Conf['fd'][gas] = ADC(address=int(Conf['i2c'][gas], 0))
except IOError:
MyLogger.log(modulename, 'WARNING', 'Try another I2C address.')
continue
Conf['input'] = True
cnt = 0
if not len(MyThread): # only the first time
for thread in range(0, len(Conf['fd'])):
if Conf['fd'][thread] == None: continue
MyThread.append(
MyThreading.MyThreading(bufsize=int(Conf['bufsize']),
interval=int(Conf['interval']),
name='Alpha Sense %s sensor' %
Conf['fields'][gas].upper(),
callback=Add,
conf=Conf,
sync=Conf['sync'],
DEBUG=Conf['debug']))
# first call is interval secs delayed by definition
try:
if MyThread[gas].start_thread():
cnt += 1
continue
except:
MyThread[gas] = None
if not cnt:
MyLogger.log(
modulename, 'ERROR',
"Unable to registrate/start AlphaSsense sensors thread(s).")
Conf['input'] = False
return False
return True
continue
if self.__patternEnabled:
try:
info = self.__loadDB(dbName)
(goto, maxDist) = self.__mkGoto(info)
for thr in threads:
thr.put(args.glider, goto, maxDist)
except:
logger.exception("Exception while updating")
q.task_done()
if __name__ == "__main__":
import MyLogger
parser = argparse.ArgumentParser(description="Glider Updater")
parser.add_argument("--glider", type=str, required=True, help="Name of glider")
Update.addArgs(parser)
MyLogger.addArgs(parser)
args = parser.parse_args()
logger = MyLogger.mkLogger(args)
logger.info("args=%s", args)
update = Update(args, logger)
update.start() # Start the update thread
try:
update.waitToFinish()
except:
logger.exception("Unexpected Exception")
subprocess.call(
'/usr/tideway/bin/tw_pattern_management -p System2$ --install '
+ f + ' 1>/dev/null',
shell=True)
except IOError as err:
log.error('TPLPreprocessor error: ' + str(err))
# Activating uploaded patterns
log.debug('Activating patterns')
subprocess.call(
'/usr/tideway/bin/tw_pattern_management -p System2$ --activate-all',
shell=True)
# Removig temporary patterns folder
shutil.rmtree(tmp_patterns_dir)
else:
# If the new patterns upload was suppressed then parsed_includes contain *.tplpre names instead of *.tpl.
# Normalizing...
parsed_includes = map(lambda x: x.replace('tplpre', 'tpl'),
parsed_includes)
return includes, parsed_includes
if __name__ == '__main__':
log = MyLogger.create_logger('WebsphereAppServer', 3)
includes, parsed_includes = action(
log, '/usr/PerforceCheckout/tkn_main/tku_patterns/CORE',
'/usr/PerforceCheckout/tkn_main', 'WebsphereAppServer', True, 'tpl110')
print includes
print parsed_includes
def get_device():
global Conf
if Conf['fd'] != None:
return True
if Conf['usbid']:
serial_dev = None
if Conf['usbid'] != None:
# try serial with product ID
byId = "/dev/serial/by-id/"
if not os.path.exists(byId):
MyLogger.log(modulename, 'FATAL',
"There is no USBserial connected. Abort.")
device_re = re.compile(
".*%s\d.*(?P<device>ttyUSB\d+)$" % Conf['usbid'], re.I)
devices = []
try:
df = subprocess.check_output(["/bin/ls", "-l", byId])
for i in df.split('\n'):
if i:
info = device_re.match(i)
if info:
dinfo = info.groupdict()
serial_dev = '/dev/%s' % dinfo.pop('device')
break
except CalledProcessError:
MyLogger.log(modulename, 'ERROR', "No serial USB connected.")
except (Exception) as error:
MyLogger.log(
modulename, 'ERROR', "Serial USB %s not found, error:%s" %
(Conf['usbid'], error))
Conf['usbid'] = None
if serial_dev == None:
MyLogger.log(modulename, 'WARNING',
"Please provide serial USB producer info.")
MyLogger.log(modulename, 'FATAL', "No input stream defined.")
return False
# check operational arguments
for item in ['interval', 'sample', 'debug', 'rawCnt']:
if type(Conf[item]) is str:
if not Conf[item].isdigit():
MyLogger.log(modulename, 'FATAL',
'%s should be nr of seconds' % item)
Conf[item] = int(Conf[item])
if type(Conf[item]) is bool:
Conf[item] = 1 if Conf[item] else 0
MyLogger.log(
modulename, 'INFO',
"Sample interval cycle is set to %d seconds." % Conf['interval'])
MyLogger.log(
modulename, 'INFO', "(%s) values are in (%s)" %
(','.join(Conf['fields']), ','.join(Conf['units'])))
try:
Conf['fd'] = serial.Serial(serial_dev,
baudrate=9600,
stopbits=serial.STOPBITS_ONE,
parity=serial.PARITY_NONE,
bytesize=serial.EIGHTBITS,
timeout=2) # read timeout 2 seconds
if not Conf['fd'].isOpen():
raise IOError("Unable to open USB to PMS7003")
MyLogger.log(modulename, 'INFO',
"Serial used for USB: %s" % serial_dev)
Conf['firmware'] = '' # completed by first reading
except IOError as error:
MyLogger.log(modulename, "WARNING", "Connectivity: %s" % error)
Conf['fd'].device.close()
return False
except (Exception) as error:
MyLogger.log(modulename, 'FATAL', "%s" % error)
return False
else:
Logger.log('ERROR', "Failed access PMS7003 module")
return False
return True
# $Id: MySHT31.py,v 1.2 2018/07/09 08:01:19 teus Exp teus $
""" Get measurements from SHT31 Sensirion chip via the I2C-bus.
Measurements have a calibration factor (calibrated to Oregon weather station)
Relies on Conf setting by main program
"""
modulename = '$RCSfile: MySHT31.py,v $'[10:-4]
__version__ = "0." + "$Revision: 1.2 $"[11:-2]
__license__ = 'GPLV4'
try:
from time import time, sleep
from types import ModuleType as module
import MyThreading # needed for multi threaded input
import MyLogger
except ImportError:
MyLogger.log(modulename, 'FATAL', "Missing modules")
# configurable options
__options__ = [
'input', 'i2c', 'type', 'calibrations', 'fields', 'units', 'raw',
'interval', 'bufsize', 'sync'
] # multithead buffer size and search for input secs
Conf = {
'input': False, # no temp/humidity sensors installed
'type': 'SHT31', # type of the chip eg BME280 Bosch
'fields': ['temp', 'rh'], # temp, humidity
'units': ['C', '%'], # C Celcius, K Kelvin, F Fahrenheit, % rh
'calibrations': [[0, 1], [0, 1]], # calibration factors, here order 1
'i2c': '0x44', # I2C-bus address
'interval': 30, # read dht interval in secs (dflt)
def PMSread(conf):
''' read data telegrams from the serial interface (32 bytes)
before actual read flush all pending data first
during the period sample time: active (200-800 ms), passive read cmd 1 sec
calculate average during sample seconds
if passive mode fan off: switch fan ON and wait 30 secs.
'''
global ACTIVE, PASSIVE
ErrorCnt = 0
StrtTime = 0
cnt = 0
PM_sample = {}
if not 'wait' in conf.keys(): conf['wait'] = 0
if conf['wait'] > 0: sleep(conf['wait'])
for fld in PM_fields:
PM_sample[fld[0]] = 0.0
# clear the input buffer first so we get latest reading
conf['fd'].flushInput()
StrtTime = 0
LastTime = 0
while True:
if (conf['mode'] != ACTIVE):
# in PASSIVE mode we wait one second per read
if cnt:
wait = time() - LastTime
if (wait < 1) and (wait > 0):
sleep(wait)
PassiveRead(
conf) # passive?:if fan off switch it on, initiate read
while True: # search header (0x42 0x4D) of data telegram
try:
c = conf['fd'].read(1) # 1st byte header
if not len(c): # time out on read, try wake it up
ErrorCnt += 1
if ErrorCnt >= 10:
raise IOError("Sensor PMS connected?")
MyLogger.log(modulename, 'WARNING', 'Try to wakeup sensor')
if conf['mode'] == ACTIVE:
conf['mode'] = PASSIVE
if GoActive(conf): continue
else:
PassiveRead(conf)
continue
elif ord(c[0]) == 0x42:
c = conf['fd'].read(1) # 2nd byte header
if len(c) >= 1:
if ord(c[0]) == 0x4d:
break
except:
ErrorCnt += 1
if ErrorCnt >= 10:
raise IOError("Sensor PMS read error.")
continue # try next data telegram
if not cnt: StrtTime = time()
LastTime = time()
# packet remaining. fixed length packet structure
buff = conf['fd'].read(30)
if len(buff) < 30:
MyLogger.log(modulename, "WARNING", "Read telegram timeout")
ErrorCnt += 1
if ErrorCnt >= 10:
raise IOError("Sensor PMS connected?")
continue
# one measurement 200-800ms or every second in configured sample time
if cnt and (StrtTime + cnt < time()):
continue # skip measurement if time < 1 sec
check = 0x42 + 0x4d # sum check every byte from HEADER to ERROR byte
for c in buff[0:28]:
check += ord(c)
data = struct.unpack('!HHHHHHHHHHHHHBBH', buff)
if not sum(data[PMS_PCNT_0P3:PMS_VER]):
# first reads show 0 particul counts, skip telegram
# if conf['debug']: print("skip data telegram: particle counts of ZERO")
continue
# compare check code
if check != data[PMS_SUMCHECK]:
MyLogger.log(
modulename, "ERROR",
"Incorrect check code: received : 0x%04X, calculated : 0x%04X"
% (data[PMS_SUMCHECK], check))
ErrorCnt += 1
if ErrorCnt > 10: raise IOError("Too many incorrect dataframes")
continue
if data[PMS_ERROR]:
MyLogger.log(modulename, "WARNING",
"Module returned error: %s" % str(data[PMS_ERROR]))
ErrorCnt += 1
if ErrorCnt > 10:
raise ValueError("Module errors %s" % str(data[PMS_ERROR]))
continue
if not conf['firmware']:
conf['firmware'] = str(data[PMS_VER])
MyLogger.log(
modulename, 'INFO',
'Device %s, firmware %s' % (conf['type'], conf['firmware']))
# if conf['debug']:
# print 'Frame len [byte] :', str(data[PMS_FRAME_LENGTH])
# print 'Version :', str(data[PMS_VER])
# print 'Error code :', str(data[PMS_ERROR])
# print 'Check code : 0x%04X' % (data[PMS_SUMCHECK])
sample = {}
for fld in PM_fields:
# concentrations in unit ug/m3
# concentration (generic atmosphere conditions) in ug/m3
# number of particles with diameter N in 0.1 liter air pcs/0.1dm3
sample[fld[0]] = float(data[fld[2]]) # make it float
if conf['debug']:
if not cnt:
for fld in PM_fields:
sys.stderr.write("%8.8s " % fld[0])
sys.stderr.write("\n")
for fld in PM_fields:
sys.stderr.write(
"%8.8s " %
('ug/m3' if fld[0][-4:] != '_cnt' else 'pcs/0.1dm3'))
sys.stderr.write("\n")
for fld in PM_fields:
sys.stderr.write("%8.8s " % str(sample[fld[0]]))
sys.stderr.write("\n")
#print("%s [%s]\t: " % (fld[0],'ug/m3' if fld[0][-4:] != '_cnt' else 'pcs/0.1dm3'), str(sample[fld[0]]))
cnt += 1
for fld in PM_fields:
if fld[1] == 'par': # parameter
PM_sample[fld[0]] = sample[fld[0]]
else:
PM_sample[fld[0]] += sample[fld[0]]
# average read time is 0.85 secs. Plantower specifies 200-800 ms
# Plantower: in active smooth mode actual data update is 2 secs.
if time() > StrtTime + conf['sample'] - 0.5: break
SampleTime = time() - StrtTime
if SampleTime < 0: SampleTime = 0
if cnt: # average count during the sample time
for fld in PM_fields:
if fld[1] == 'par': continue
PM_sample[fld[0]] /= cnt
# if conf['debug']:
# print("Average read time: %.2f secs, # reads %d,sample time %.1f seconds" % (SampleTime/cnt,cnt,SampleTime))
conf['wait'] = conf['interval'] - SampleTime
if conf['wait'] < 0: conf['wait'] = 0
if conf['wait'] >= 60:
if conf['mode'] != ACTIVE:
Standby(conf) # switch fan OFF
return PM_sample
sys.exit(1)
# Checking that RunTH.py is running under tideway
if 'tideway' not in os.popen('whoami').read():
print('ERROR \'RunTH.py\' should run under \'tideway\' user')
sys.exit(1)
# Setting up the environment variables
environment = SetEnvironment.set_environment_variables(arguments.v)
# Updating the test scripts, copying the tested pattern into isolated environment
SetEnvironment.update_test_directory(arguments.v, environment['tkn_core'],
environment['tkn_main'], pattern_dir_name)
# Creating logger
log = MyLogger.create_logger(pattern_dir_name, arguments.v)
####################################
# CHECKING PATTERN FOLDER STRUCTURE:
####################################
# *.tplpre file and 'tests' folder should exist.
# 'TEST' file and:
# either ../tests/dml folder and ../tests/test.py file for verifications tests
# or ../tests/data folder for new tests exist.
# Also setting the th_run_type to either 'verify_tests' or 'new_tests'
th_run_type = SetEnvironment.check_pattern_folder(
log, '/usr/tideway/testdir/' + pattern_dir_name)
# Running the tests
os.chdir('/usr/tideway/testdir/' + pattern_dir_name + '/tests')
#########################
def __init__(self, pin, debug=False):
self.debug = debug
self.logger = MyLogger.get_logger(__class__.__name__, self.debug)
self.logger.debug('pin=%d', pin)
self.r = IrRecv(pin, verbose=True, debug=self.debug)
# $Id: MyCONSOLE.py,v 2.11 2018/10/02 13:47:58 teus Exp teus $
# TO DO: write to file or cache
""" Publish measurements to console STDOUT
Relies on Conf setting biy main program
"""
modulename = '$RCSfile: MyCONSOLE.py,v $'[10:-4]
__version__ = "0." + "$Revision: 2.11 $"[11:-2]
try:
import MyLogger
import sys
from time import time
import datetime
except ImportError as e:
MyLogger.log(modulename, "FATAL",
"One of the import modules not found: %s" % e)
# configurable options
__options__ = ['output', 'file']
Conf = {
'output':
False, # console output dflt enabled if no output channels defined
# 'fd': None, # input handler
'file':
'/dev/stdout', # Debugging: write to file
'match': [ # translation table for db abd unit names
('C', 'oC'),
('F', 'oF'),
('pcs/qf', 'pcs/0.01qf'),
],
}
# from MySense import log
try:
try:
import os
from time import time
from time import sleep
from types import ModuleType as module
import MyLogger
import serial
except:
try:
import Serial as serial
except ImportError as e:
MyLogger.log(modulename,'FATAL',"Missing module %s" % e)
import re
import subprocess # needed to find the USB serial
import MyThreading # needed for multi threaded input
except ImportError as e:
MyLogger.log(modulename,'FATAL',"Missing module %s" % e)
# convert pcs/qf (counter) to ug/m3 (weight)
# ref: https://github.com/andy-pi/weather-monitor/blob/master/air_quality.py
def convertPM(nr,conf,value):
if conf['units'][nr].find('pcs') >= 0: return value
r = 0.44 # diameter of PM2.5
if nr: r = 2.60 # diameter of PM10
# concentration * K * mass (mass=:density (=:1.65*10**12) * vol (vol=:4/3 * pi * r**3))
return value * 3531.5 * ((1.65 * (10**12)) * ((4/3.0) * 3.14159 * (r * (10**-6))**3))
'ttl': '%Y-%b', # time dependent name of sheet (strftime)
'sheet': 'IoS_', # sheet name prepend: <name><ttl>
}
# spreadsheets dispatcher
CSV = {} # keys are serials with dict to GSPREAD CSV file handling
try:
import MyLogger
import gspread # install via eg github https://github.com/burnash/gspread
from oauth2client.service_account import ServiceAccountCredentials
import datetime
import os
from datetime import date
from time import time
except ImportError:
MyLogger.log(modulename, 'FATAL', "Module missing for spreadsheet output.")
Conf['output'] = False
# ========================================================
# write data or sensor values to share spreadsheet file at Google
# ========================================================
# create spreadsheet file and push the header
# create a new sheet if the ttl (dflt one day) is changed
# extend the file name with a month string
# an easy hack to get credentials
#class Credentials (object):
# global Conf
# def __init__ (self, access_token=None):
# self.access_token = Conf['apikey']
#
def open_serial():
global Conf
# scan for available ports. return a list of tuples (num, name)
def scan_serial():
available = []
for i in range(256):
try:
s = serial.Serial(i)
available.append( (i, "/dev/ttyUSB"+str(i) ) )
s.close() # explicit close 'cause of delayed GC in java
except serial.SerialException:
pass
return available
if Conf['fd'] != None:
return True
if (not Conf['file']) and (Conf['port'] or Conf['usbid']):
serial_dev = None
# if port number == 0 we read from stdin
# if port number == None we try serial USB product:vender ID
if (Conf['port'] == None) and (Conf['usbid'] != None):
# try serial with product ID
byId = "/dev/serial/by-id/"
if not os.path.exists(byId):
MyLogger.log(modulename,'FATAL',"There is no USBserial connected. Abort.")
device_re = re.compile(".*-%s.*_USB-Serial.*(?P<device>ttyUSB\d+)$" % Conf['usbid'], re.I)
devices = []
try:
df = subprocess.check_output(["/bin/ls","-l",byId])
for i in df.split('\n'):
if i:
info = device_re.match(i)
if info:
dinfo = info.groupdict()
serial_dev = '/dev/%s' % dinfo.pop('device')
break
except CalledProcessError:
MyLogger.log(modulename,'ERROR',"No serial USB connected.")
except (Exception) as error:
MyLogger.log(modulename,'ERROR',"Serial USB %s not found, error:%s"%(Conf['usbid'], error))
Conf['usbid'] = None
if (Conf['port'] == None) and (serial_dev == None):
MyLogger.log(modulename,'WARNING',"Please provide serial USB producer info.")
for n,s in scan_serial():
port=n+1
MyLogger.log(modulename,'WARNING',"%d --> %s" % (port,s) )
MyLogger.log(modulename,'FATAL',"No input stream defined.")
return False
#Initialize Serial Port for Dylos
if serial_dev == None:
serial_dev = "/dev/ttyUSB"+str(Conf['port']-1)
try:
Conf['fd'] = serial.Serial( # for here tuned for Dylos
serial_dev,
baudrate=9600,
parity=serial.PARITY_NONE,
stopbits=serial.STOPBITS_ONE,
bytesize=serial.EIGHTBITS,
writeTimeout = 1, # only needed if there was a firm upgrade on dylos
timeout=65*60) # allow also monitor mode
MyLogger.log(modulename,'INFO',"COM used for serial USB: %s" % serial_dev)
except (Exception) as error:
MyLogger.log(modulename,'FATAL',"%s" % error)
return False
else:
# input is read from a file
if not Conf['file']:
Conf['file'] = "Dylos-test.input"
Conf['sync'] = False # no multi threading
try:
Conf['fd'] = open(Conf['file'])
except:
MyLogger.log(modulename,'FATAL', "Failed top open input for %s" % sensor)
return False
return True
import MyLogger
from twisted.protocols import basic
from twisted.internet import protocol, reactor, threads
# For filter controls
#from FilterMotor import filtermotor
# port for evora is 5502
# Global Variables
acquired = None
t = None
isAborted = None # tracks globally when the abort has been called. Every call to the parser
# is an new instance
logger = MyLogger.myLogger("evora_server.py", "server")
# Get gregorian date, local
#d = date.today()
#logFile = open("/home/mro/ScienceCamera/gui/logs/log_server_" + d.strftime("%Y%m%d") + ".log", "a")
class EvoraServer(basic.LineReceiver):
"""
This is the Evora camera server code using Twisted's convienience object of basic.LineReceiver.
When a line is recieved from the client it is sent to the parser to execute the camera commands
and the resulting data is sent back to the client. This a threaded server so that long
running functions in the parser don't hang the whole server.
"""
def connectionMade(self):
"""
import MyLogger as log
message = log.Logger('all.log', level='debug')
#首先生成一个数据集
def loadDataSet():
return [[1, 3, 4], [2, 3, 5], [1, 2, 3, 5], [2, 5]]
#测试数据集dataset有了:
#第一步，我们要根据数据集dataset得到一个集合C1，
#集合C1中包含的元素为dataset的无重复的每个单元素，候选项集。
def createC1(dataSet):
C1 = []
for transaction in dataSet:
for item in transaction:
if not [item] in C1:
C1.append([item]) # store all the item unrepeatly
C1.sort()
#返回的数据map计算得到一个元素为frozenset的集合。
# return map(frozenset, C1)#frozen set, user can't change it.
return list(map(frozenset, C1))
"""
第二步，计算C1<key>每个元素key的支持度。
支持度= count(key) / sizeof(C1)
先把dataset转成元素为集合的类型。
subprocess.call(['python', os.path.abspath(__file__), '-h'])
sys.exit(1)
# Checking that RunTH.py is running under tideway
if 'tideway' not in os.popen('whoami').read():
print('ERROR \'RunTH.py\' should run under \'tideway\' user')
sys.exit(1)
# Setting up the environment variables
environment = SetEnvironment.set_environment_variables(arguments.v)
# Updating the test scripts, copying the tested pattern into isolated environment
SetEnvironment.update_test_directory(arguments.v, environment['tkn_core'], environment['tkn_main'], pattern_dir_name)
# Creating logger
log = MyLogger.create_logger(pattern_dir_name, arguments.v)
####################################
# CHECKING PATTERN FOLDER STRUCTURE:
####################################
# *.tplpre file and 'tests' folder should exist.
# 'TEST' file and:
# either ../tests/dml folder and ../tests/test.py file for verifications tests
# or ../tests/data folder for new tests exist.
# Also setting the th_run_type to either 'verify_tests' or 'new_tests'
th_run_type = SetEnvironment.check_pattern_folder(log, '/usr/tideway/testdir/' + pattern_dir_name)
# Running the tests
os.chdir('/usr/tideway/testdir/' + pattern_dir_name + '/tests')
#########################
# CREATING NEW TEST DATA:
def on_publish(client, obj, MiD):
global waiting, mid
waiting = False
mid = MiD
MyLogger.log(modulename, 'DEBUG', "Publish mid: " + str(mid))