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RDS decoder module for GNU Radio, that decodes multiple stations simultaneously
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gr-multirds/python/rds_parser_table_qt.py

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#!/usr/bin/env python
# -*- coding: utf-8 -*-
#
# Copyright 2016 <+YOU OR YOUR COMPANY+>.
#
# This is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3, or (at your option)
# any later version.
#
# This software is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this software; see the file COPYING. If not, write to
# the Free Software Foundation, Inc., 51 Franklin Street,
# Boston, MA 02110-1301, USA.
#
from __future__ import print_function#print without newline print('.', end="")
import numpy
from gnuradio import gr
import pmt,functools,csv,md5,collections,copy,sqlite3,atexit,time,re,folium
from datetime import datetime
import crfa.chart as chart
from PyQt4 import Qt, QtCore, QtGui
import pprint,code,pickle#for easier testing
pp = pprint.PrettyPrinter()
#import cProfile, pstats, StringIO #for profiling
#pr = cProfile.Profile()#disabled-internal-profiling
#from threading import Timer#to periodically save DB
from PyQt4.QtCore import QObject, pyqtSignal
from bitstring import BitArray
SUFFIXES = {1: 'st', 2: 'nd', 3: 'rd'}
def ordinal(num):
# I'm checking for 10-20 because those are the digits that
# don't follow the normal counting scheme.
if 10 <= num % 100 <= 20:
suffix = 'th'
else:
# the second parameter is a default.
suffix = SUFFIXES.get(num % 10, 'th')
return str(num) + suffix
class tmc_event:
def __repr__(self):
return self.ecn
def __init__(self,ecn,tableobj):
self.tableobj=tableobj
self.ecn=ecn
self.text_raw="##Error##"
self.name="##Error##"
try:
#Code,Text CEN-English,Text (German),Text (German) kein Quantifier,Text (Quantifier = 1),Text (Quantifier >1),N,Q,T,D,U,C,R ,Comment
event_array=self.tableobj.ecl_dict[ecn]
self.text_raw=event_array[1]
self.text_noQ=event_array[2]
self.text_singleQ=event_array[3]
self.text_pluralQ=event_array[4]
self.name=self.text_noQ
self.nature=event_array[5]#N:nature (blank): information, F:forecast, S:silent
self.quantifierType=event_array[6]#Q:quantifier type: (0..12) or blank (no quantifier)
self.durationType=event_array[7]#T:duration type: D:dynamic, L:long lasting, in brackets or if time-of-day quantifier (no 7) is used in message -> no display, only for management
self.direction=event_array[8]#D:direction: 1:unidirectional, 2:bidirectional
self.urgency=event_array[9]#U:urgency: blank: normal, X:extremely urgent, U:urgent
self.updateClass=int(event_array[10])#C: update class:
self.updateClassName=self.tableobj.tmc_update_class_names[self.updateClass]
self.phrase_code=event_array[11]#R: phrase code
#04789
#if not self.quantifierType=="" and not self.quantifierType=="0" and not self.quantifierType=="4":
#print("type: %s, C:%s"%(self.quantifierType,self.updateClassName))
self.is_valid=True
except KeyError:
print("event '%i' not found"%ecn)
self.is_valid=False
def add_quantifier(self,data,bitLength):
self.name=self.text_raw#default
Q_raw=data.uint
if Q_raw==0:#binary zero represents highest value
Q=32
else:
Q=Q_raw
quantifier_string="type:%s,raw:%i"%(self.quantifierType,Q)
#print(str(self.ecn)+", "+quantifier_string+", "+str(bitLength)+", "+str(data)+", "+self.text_raw)
if self.quantifierType=="":
print("cannot add quantifier %i to event ecn:%i"%(Q_raw,self.ecn))
elif self.quantifierType=="0":#small numbers
if(Q <= 28):
quantifier_string=str(Q)
else:
quantifier_string=str(30+(Q-29)*2)#30,32,34,36
#print(quantifier_string)
self.name=self.text_pluralQ.replace("(Q)",quantifier_string)
elif self.quantifierType=="1":#numbers
numbers=[1,2,3,4,10,20,30,40,50,60,70,80,90,100,150,200,250,300,350,400,450,500,550,600,650,700,750,800,850,900,950,1000]
quantifier_string=str(numbers[Q-1])
elif self.quantifierType=="2":#z.b. für sichtweiten, e.g. for visibility #TODO translate
quantifier_string="%i Metern"
self.name=self.text_pluralQ.replace("(Q)",quantifier_string)
elif self.quantifierType=="4":
speed=Q*5#in kmh
quantifier_string="von bis zu %i km/h"%speed
elif self.quantifierType=="7":
hours=int((Q-1)/6)
minutes=((Q-1)%6)*10
quantifier_string="%i:%i"%(hours,minutes)
#print(quantifier_string)
elif self.quantifierType=="8":
if Q<=100:
weight=Q*0.1
else:
weight=10+0.5*(Q-100)
quantifier_string="%it"%weight
self.name=self.text_pluralQ.replace("(Q)",quantifier_string)
#print(quantifier_string)
elif self.quantifierType=="9":
if Q<=100:
length=Q*0.1
else:
length=10+0.5*(Q-100)
quantifier_string="%.1fm"%length
#print(quantifier_string)
self.name=self.text_pluralQ.replace("(Q)",quantifier_string)
#print(self.name)
self.name=self.text_raw+"; Q="+quantifier_string
def __repr__(self):
return self.text_raw
def __add_tag(self,tag):
pass
class tmc_location:
def __ref_locs(self,lcn,name_string=""):
#if not self.is_valid: #not used, since not called from outside
# return ""
if(lcn==34196):#europe
return(name_string)
else:
try:
locarray=self.tableobj.lcl_dict[lcn]
aref=int(locarray[6])
loc_name=locarray[4]
return(self.__ref_locs(aref,name_string+","+loc_name))
#return(loc_name)
except KeyError:
return(name_string)
def __repr__(self):
if not self.is_valid:
return "invalid lcn:%i"%(self.lcn)
#elif self.ltype[0:2] == "P1": #junction
elif self.first_name=="":#no first name-> use aref name
name=self.aref
else:
name=self.roadname+","+self.first_name
if self.has_koord:
return "%s,%i:%s, geo:%s"%(self.ltype,self.subtype,name,self.koord_str)
#return '%s,%i:%s, geo:<a href="%s">%s</a>'%(self.ltype,self.subtype,name,self.google_maps_link,self.koord_str)
else:
return "%s,%i:%s"%(self.ltype,self.subtype,name)
#if self.ltype[0]=="A":#area
#return "%s:%s"%(self.ltype,self.first_name)
#elif self.ltype[0]=="L":#line
#return "%s:%s"%(self.ltype,self.first_name)
#elif self.ltype[0]=="P":#point
#return "%s:%s"%(self.ltype,self.first_name)
def __init__(self,lcn,tableobj):
self.tableobj=tableobj
self.reflocs=self.__ref_locs(lcn)
self.lcn=lcn
self.has_koord=False
try:
loc_array=tableobj.lcl_dict[lcn]
self.ltype=loc_array[0]
try:
self.subtype=int(loc_array[1])
except ValueError:#should not happen, all rows have int
self.subtype=0
print("location subtype %s is invalid in location %i"%(loc_array[1],lcn))
self.roadnumber=loc_array[2]
self.roadname=loc_array[3]
self.first_name=loc_array[4]
self.second_name=loc_array[5]
try:
#koords stored in WGS84 format with decimal degrees multiplied with 10^5
self.xkoord=int(loc_array[27])/100000.0
self.ykoord=int(loc_array[28])/100000.0
self.koord_str="%f,%f"%(self.ykoord,self.xkoord)
#self.koord_str="%f° N, %f° E"%(self.ykoord,self.xkoord)
self.google_maps_link="https://www.google.de/maps/place/%f,%f"%(self.ykoord,self.xkoord)
self.has_koord=True
except ValueError:
self.has_koord=False
self.is_valid=True
if not lcn==34196:#Europe does not have an area reference
self.aref=tmc_location(int(loc_array[6]),tableobj)
except KeyError:
#print("location '%i' not found"%lcn)
self.is_valid=False
##LOCATIONCODE;TYPE;SUBTYPE;ROADNUMBER;ROADNAME;FIRST_NAME;SECOND_NAME;AREA_REFERENCE;LINEAR_REFERENCE;NEGATIVE_OFFSET;POSITIVE_OFFSET;URBAN;INTERSECTIONCODE;INTERRUPTS_ROAD;IN_POSITIVE;OUT_POSITIVE;IN_NEGATIVE;OUT_NEGATIVE;PRESENT_POSITIVE;PRESENT_NEGATIVE;EXIT_NUMBER;DIVERSION_POSITIVE;DIVERSION_NEGATIVE;VERÄNDERT;TERN;NETZKNOTEN_NR;NETZKNOTEN2_NR;STATION;X_KOORD;Y_KOORD;POLDIR;ADMIN_County;ACTUALITY;ACTIVATED;TESTED;SPECIAL1;SPECIAL2;SPECIAL3;SPECIAL4;SPECIAL5;SPECIAL6;SPECIAL7;SPECIAL8;SPECIAL9;SPECIAL10
class tmc_message:
def __copy__(self):#doesn't copy, tmc_messages dont change if complete
return self
def __deepcopy__(self,memo):#return self, because deep copy fails
return self
def __hash__(self):#unused
if self.is_single:
return self.tmc_hash
else:
return self.ci
def __repr__(self):
#event_name=self.ecl_dict[self.tmc_event][1]
#message_string="TMC-message,event:%s location:%i,reflocs:%s, station:%s"%(event_name,self.tmc_location,self.ref_locs(self.tmc_location,""),self.RDS_data[PI]["PSN"])
return "single:%i,complete:%i,event:%i location:%s"%(self.is_single,self.is_complete,self.event.ecn,self.location)
def __init__(self,PI,tmc_x,tmc_y,tmc_z,tableobj):#TODO handle out of sequence data
self.debug_data=""
self.tableobj=tableobj
self.isCancelled=False
self.tmc_hash=hash((PI,tmc_x,tmc_y,tmc_z))
tmc_T=tmc_x>>4 #0:TMC-message 1:tuning info/service provider name
assert tmc_T==0, "this is tuning info and no alert_c message"
Y15=int(tmc_y>>15)
self.PI=PI
tmc_F=int((tmc_x>>3)&0x1) #identifies the message as a Single Group (F = 1) or Multi Group (F = 0)
self.is_single=(tmc_F==1)
self.is_multi=(tmc_F==0)
if self.is_single or (self.is_multi and Y15==1):#single group or 1st group of multigroup
if self.is_single:
self.tmc_D=Y15 #diversion bit(Y15)
self.tmc_DP=int(tmc_x&0x7) #duration and persistence 3 bits
self.is_complete=True
else:#1st group of multigroup -> no diversion bit, no duration (sent in mgm_tags)
self.is_complete=False
self._second_group_received=False
self.tmc_D=0
self.tmc_DP=0
self.ci=int(tmc_x&0x7) #continuity index
self.data_arr=BitArray()
self.mgm_list=[]
self.location=tmc_location(tmc_z,tableobj)
self.tmc_location=self.location#decrepated
#self.event=int(tmc_y&0x7ff) #Y10-Y0
self.event=tmc_event(int(tmc_y&0x7ff),self.tableobj) #Y10-Y0
self.events=[self.event]
#try:
#self.event_name = self.tableobj.ecl_dict[self.event][1]
#except KeyError:
#self.event_name="##Error##"
self.tmc_extent=int((tmc_y>>11)&0x7) #3 bits (Y13-Y11)
self.tmc_dir=int((tmc_y>>14)&0x1) #+-direction bit (Y14)
else:#subsequent groups in multigroup -> Y0..Y11 and Z0..Z15 are special format
raise ValueError, "subsequent groups must be added to existing tmc message"
def add_group(self,tmc_y,tmc_z):
sg=int((tmc_y>>14)&0x1)#=1 if second group Y14
gsi=int((tmc_y>>12)&0x3)#group sequence indicator Y12..13 ,max length:5
if sg==1 and not self._second_group_received:#if second group
self.length=gsi
self.count=self.length
self._second_group_received=True #prevents duplicate second group from resetting counters
try:
if self.count==gsi: #group in sequence
data1=int(tmc_y&0xfff)#data block 1
data2=int(tmc_z)#data block 2
self.data_arr.append("0x%03X"%data1)#3 hex characters
self.data_arr.append("0x%04X"%data2)#4 hex characters
#print(gsi)
if self.count==0:#last group
self.is_complete=True
self.debug_data=copy.deepcopy(self.data_arr)
last_event=self.event
while len(self.data_arr)>4:#decode mgm
label=self.data_arr[0:4].uint
del self.data_arr[0:4]
fieldlen=mgm_tag.field_lengths[label]
data=self.data_arr[0:fieldlen]
del self.data_arr[0:fieldlen]
if not (label==0 and data.uint ==0):#ignore trailing zeros
self.mgm_list.append(mgm_tag(label,data,self.tableobj))
if label==0:
self.tmc_DP=data.uint
elif label==1 and data.uint==5:
self.tmc_D=1#set diversion bit
elif label==4:#5 bit quantifier
last_event.add_quantifier(data,5)
elif label==5:#8 bit quantifier
last_event.add_quantifier(data,8)
elif label==9:#additional event
last_event=tmc_event(data.uint,self.tableobj)
self.events.append(last_event)
self.count-=1
except AttributeError:
#3rd or later group receiver before second
#print("out of sequence")
pass
class mgm_tag:#mgm=multi group message
field_lengths=[3, 3, 5, 5, 5, 8, 8, 8, 8, 11, 16, 16, 16, 16, 0, 0]
field_names={0:"Duration (value 000 is not allowed)"
,1:"Control code."
,2:"Length of route affected."
,3:"Speed limit advice."
,4:"quantifier (5 bit field)"
,5:"quantifier (8 bit field)"
,6:"Supplementary information code."
,7:"Explicit start time (or time when problem was reported) for driver information only."
,8:"Explicit stop time for driver information and message management."
,9:"Additional event."
,10:"Detailed diversion instructions."
,11:"Destination."
,12:"Reserved for future use"
,13:"Cross linkage to source of problem , on another route."
,14:"Content Separator."
,15:"Reserved for future use."}
control_codes={0:"Default urgency increased by one level."
,1: "Default urgency reduced by one level."
,2:" Default directionality of message changed."
,3:" Default 'dynamic' or 'longer-lasting' provision interchanged."
,4:" Default spoken or unspoken duration interchanged."
,5:" Equivalent of diversion bit set to '1'."
,6:" Increase the number of steps in the problem extent by 8."
,7:" Increase the number of steps in the problem extent by 16."}
@staticmethod
def decode_time_date(raw):#label7/8 raw to datestring
if raw<=95:
hrs=int(raw/4)#takes floor
mns=(95%4)*15
return "%i:%i"%(hrs,mns)
elif raw<=200:#hour and day
return "%i hours"%(raw-96)
elif raw<=231:#day of month
return "%s of month"%ordinal(raw-200)
elif raw<=255:#months
return "%s months"%((raw-231)/2.0)
else:
raise ValueError, "label7/8 time must be between 0 and 255"
@staticmethod
def length_to_km(raw):#label2 raw to km
if raw==0:
return 100
elif raw <=10:
return raw
elif raw <=15:
return 2*raw-10
elif raw <=31:
return 5*raw-55
else:
raise ValueError, "label2-length must be between 0 and 31"
def __repr__(self):
try:
if(self.label==0):
return "duration: %i"%self.data.uint
elif(self.label==1):
return "control code: %i"%self.data.uint
elif(self.label==2):
return "length affected: %i km"%self.length_to_km(self.data.uint)
elif(self.label==3):
return "speed limit: %i km/h"%(self.data.uint*5)
elif(self.label==4):
return "5 bit quantifier: %i"%(self.data.uint)
elif(self.label==5):
return "8 bit quantifier: %i"%(self.data.uint)
elif(self.label==6):
return "info:%s"%self.tableobj.label6_suppl_info[self.data.uint]
elif(self.label==7):
return "start: %s"%self.decode_time_date(self.data.uint)
elif(self.label==8):
return "stop: %s"%self.decode_time_date(self.data.uint)
elif(self.label==9):
event=tmc_event(self.data.uint,self.tableobj)
#event_string="event: %s"%self.tableobj.ecl_dict[self.data.uint][1]
#return event_string
return "event: %s"%event.name
elif(self.label==10):
#location_string="divert via: %s"%",".join(self.tableobj.lcl_dict[self.data.uint][3:5])#roadname(col3) and firstname (col4)
location_string="divert via: %s"%tmc_location(self.data.uint,self.tableobj)
return location_string
elif(self.label==11):
location_string="dest.: %s"%tmc_location(self.data.uint,self.tableobj)
return location_string
elif(self.label==13):
location_string="crosslink: %s"%tmc_location(self.data.uint,self.tableobj)
return location_string
else:
return "%i:%s"%(self.label,str(self.data))
except KeyError:
return "%i:%s"%(self.label,str(self.data))
def __init__(self,label,data,tableobj):
self.tableobj=tableobj
assert 0<=label and label <16,"mgm-tag label has to be between 0 and 15"
self.label = label
self.data = data
def label_string(self):
return field_names[self.label]
class rds_parser_table_qt_Signals(QObject):
DataUpdateEvent = QtCore.pyqtSignal(dict)
def __init__(self, parent=None):
super(QtCore.QObject, self).__init__()
class rds_parser_table_qt(gr.sync_block):
"""
docstring for block qtguitest
"""
def goodbye(self):
self.clean_data_and_commit_db()
print("quitting rds parser table, closing db")
#self.db.commit()
self.db.close()
def __init__(self,signals,nPorts,slot,freq,log,debug,workdir):
#QObject.__init__()
gr.sync_block.__init__(self,
name="RDS Table",
in_sig=None,
out_sig=None)
for i in range(0,nPorts):
self.message_port_register_in(pmt.intern('in%d'%i))
self.set_msg_handler(pmt.intern('in%d'%i), functools.partial(self.handle_msg, port=i))
self.message_port_register_in(pmt.intern('freq'))
self.set_msg_handler(pmt.intern('freq'), self.set_freq)
self.message_port_register_out(pmt.intern('ctrl'))
self.log=log
self.debug=debug
self.signals=signals
self.RDS_data={}
self.change_freq_tune=slot
self.tuning_frequency=int(freq)
self.printcounter=0
self.ODA_application_names={}
self.TMC_data={}
self.IH_data={}
self.decoder_frequencies={}
self.colorder=['ID','freq','name','PTY','AF','time','text','quality','buttons']
self.workdir=workdir
self.PI_dict={}#contains PI:numpackets (string:integer)
#create new DB file
self.db_name=workdir+'RDS_data'+datetime.now().strftime("%Y%m%d_%H%M%S")+'.db'
db=sqlite3.connect(self.db_name, check_same_thread=False)
#create tables
db.execute('''CREATE TABLE stations
(PI text PRIMARY KEY UNIQUE,PSN text, freq real, PTY text,TP integer)''')
db.execute('''CREATE TABLE groups
(time text,PI text,PSN text, grouptype text,content blob)''')
db.execute('''CREATE TABLE data
(time text,PI text,PSN text, dataType text,data blob)''')
db.execute('''CREATE TABLE grouptypeCounts
(PI text,grouptype text,count integer,unique (PI, grouptype))''')
db.execute('''CREATE TABLE TMC
(hash text PRIMARY KEY UNIQUE,time text,PI text, F integer,event integer,location integer,DP integer,div integer,dir integer,extent integer,text text,multi text,rawmgm text)''')
db.commit()
"""
tmc_F=(tmc_x>>3)&0x1 #single/multiple group
tmc_event=int(tmc_y&0x7ff) #Y10-Y0
tmc_location=tmc_z
tmc_DP=tmc_x&0x7 #duration and persistence 3 bits
tmc_extent=(tmc_y>>11)&0x7 #3 bits (Y13-Y11)
tmc_D=tmc_y>>15 #diversion bit(Y15)
tmc_dir=(tmc_y>>14)&0x1 #+-direction bit (Y14)"""
self.db=db#TODO fix sqlite
atexit.register(self.goodbye)
#self.dbc.execute('''CREATE TABLE rtp
# (time text,PI text,rtp_string text)''')
#workdir="/user/wire2/richter/hackrf_prototypes/"
#workdir="/media/clemens/intdaten/uni_bulk/forschungsarbeit/hackrf_prototypes/"
reader = csv.reader(open(self.workdir+'RDS_ODA-AIDs_names_only.csv'), delimiter=',', quotechar='"')
reader.next()#skip header
for row in reader:
self.ODA_application_names[int(row[0])]=row[1]
#read location code list:
reader = csv.reader(open(self.workdir+'LCL15.1.D-160122_utf8.csv'), delimiter=';', quotechar='"')
reader.next()#skip header
self.lcl_dict=dict((int(rows[0]),rows[1:]) for rows in reader)
#read RT+ class name list:
reader = csv.reader(open(self.workdir+'RTplus_classnames.csv'), delimiter=',', quotechar='"')
reader.next()#skip header
self.rtp_classnames=dict((int(rows[0]),rows[1]) for rows in reader)
#read TMC-event list
reader = csv.reader(open(self.workdir+'event-list_with_forecast_sort.csv'), delimiter=',', quotechar='"')
reader.next()#skip header
self.ecl_dict=dict((int(rows[0]),rows[1:]) for rows in reader)
#Code,Text CEN-English,Text (German),Text (German) kein Quantifier,Text (Quantifier = 1),Text (Quantifier >1),N,Q,T,D,U,C,R ,Comment
#N:nature (blank): information, F:forecast, S:silent
#Q:quantifier type: (0..12) or blank (no quantifier)
#T:duration type: D:dynamic, L:long lasting, in brackets or if time-of-day quantifier (no 7) is used in message -> no display, only for management
#D:direction: 1:unidirectional, 2:bidirectional
#U:urgency: blank: normal, X:extremely urgent, U:urgent
#C: update class:
#read update classes
reader = csv.reader(open(self.workdir+'tmc_update_class_names.csv'), delimiter=',', quotechar='"')
reader.next()#skip header, "code(C),english,german"
self.tmc_update_class_names=dict((int(rows[0]),rows[1]) for rows in reader)#only use german name
#read supplementary information code list
reader = csv.reader(open(self.workdir+'label6-supplementary-information-codes.csv'), delimiter=',', quotechar='"')
reader.next()#skip header
self.label6_suppl_info=dict((int(rows[0]),rows[2]) for rows in reader)#code,english,german
#read PTY list
f=open(self.workdir+'pty-list.csv')
reader = csv.reader(f, delimiter=',', quotechar='"')
reader.next()#skip header
self.pty_dict=dict((int(rows[0]),rows[1]) for rows in reader)
f.close()
#with open(workdir+'google_maps_template.html', 'r') as myfile:
# self.gmaps_html_template=myfile.read()
self.map_markers=[]
self.save_data_timer=time.time()
self.marker_template="addMarker({{lat: {lat}, lng: {lon}}},'{text}')"
self.osm_map = folium.Map(location=[48.7,9.2],zoom_start=10)#centered on stuttgart
self.osm_map.save(self.workdir+'osm.html')
def clean_data_and_commit_db(self):
for PI in self.PI_dict:
self.PI_dict[PI]-=1
#print(self.PI_dict)
self.db.commit()
self.osm_map.save(self.workdir+'osm.html')
f=open(self.workdir+'google_maps_markers.js', 'w')
markerstring="\n".join(self.map_markers)
markerstring+='\n console.log("loaded "+markers.length+" markers")'
markerstring+='\n document.getElementById("errorid").innerHTML = "loaded "+markers.length+" markers";'
f.write(markerstring)
f.close()
def set_freq_tune(self,freq):
self.tuning_frequency=int(freq)
message_string="decoder frequencies:"
for num in self.decoder_frequencies:
freq=self.decoder_frequencies[num]
message_string+="\t %i:%0.1fM"% (num,freq/1e6)
message_string+="\t tuned frequency:%0.1fM"%(self.tuning_frequency/1e6)
self.signals.DataUpdateEvent.emit({'decoder_frequencies':message_string})
def set_freq(self,msg):
m = pmt.symbol_to_string(msg)
decoder_num=int(m.split()[0])-1#msgs are 1-indexed, decoder_num is 0-indexed
freq_str=m.split()[1]
try:
freq=float(freq_str)
self.decoder_frequencies[decoder_num]=freq
freq_str="%i:%0.1fM"% (decoder_num,freq/1e6)
except ValueError:
pass#leave string as is
message_string="decoder frequencies:"
for num in self.decoder_frequencies:
freq=self.decoder_frequencies[num]
message_string+="\t %i:%0.1fM"% (num,freq/1e6)
message_string+="\t tuned frequency:%0.1fM"%(self.tuning_frequency/1e6)
self.signals.DataUpdateEvent.emit({'decoder_frequencies':message_string})
#self.signals.DataUpdateEvent.emit({'row':decoder_num,'freq':freq_str})
#print("nr:%i freq:%s"%(tgtnum,freq_str))
def init_data_for_PI(self,PI):
self.RDS_data[PI]={}
#self.RDS_data[PI]["blockcounts"]={}# no defaults (works aswell)
#defaults are to keep colors in piechart consistent between stations:
self.RDS_data[PI]["blockcounts"]={"0A":0,"1A":0,"2A":0,"3A":0,"4A":0,"6A":0,"8A":0,"12A":0,"14A":0}
self.RDS_data[PI]["blockcounts"]["any"]=0
self.RDS_data[PI]["AID_list"]={}
self.RDS_data[PI]["PSN"]="_"*8
self.RDS_data[PI]["PSN_valid"]=[False]*8
self.RDS_data[PI]["AF"]={"set":set(),"rxset":set()}
self.RDS_data[PI]["TP"]=-1
self.RDS_data[PI]["TA"]=-1
self.RDS_data[PI]["PTY"]=""
self.RDS_data[PI]["DI"]=[2,2,2,2]
self.RDS_data[PI]["internals"]={"last_rt_tooltip":"","unfinished_TMC":{},"last_valid_rt":"","last_valid_psn":""}
def handle_msg(self, msg, port):#port from 0 to 3
if time.time()-self.save_data_timer > 10:#every 10 seconds
self.save_data_timer=time.time()
self.clean_data_and_commit_db()
#pr.enable()#disabled-internal-profiling
#db=sqlite3.connect(self.db_name)
db=self.db
array=pmt.to_python(msg)[1]
groupNR=array[2]&0b11110000
groupVar=array[2]&0b00001000
if (groupVar == 0):
groupType=str(groupNR >> 4)+"A"
else:
groupType=str(groupNR >> 4)+"B"
PI="%02X%02X" %(array[0],array[1])
TP=(array[2]>>2)&0x1
block2=(array[2]<<8)|(array[3]) #block2
PTY=(block2>>5)&0x1F
wrong_blocks=int(array[12])
try:
self.PI_dict[PI]+=1
except KeyError:
pass
if not self.RDS_data.has_key(PI):#station invalid/new
if not self.PI_dict.has_key(PI):#1st group
self.PI_dict[PI]=1
return#dont decode further if not yet valid
elif self.PI_dict[PI]>2:#count station as valid if more than 2 packets received
self.init_data_for_PI(PI)#initialize dict for station
if self.log:
print("found station %s"%PI)
else:
return#dont decode further if not yet valid
if self.decoder_frequencies.has_key(port):
freq=self.decoder_frequencies[port]
freq_str="%i:%0.1fM"% (port,freq/1e6)
self.RDS_data[PI]["tuned_freq"]=freq
#self.signals.DataUpdateEvent.emit({'PI':PI,'freq':freq_str})
if self.RDS_data[PI]["blockcounts"].has_key(groupType):
self.RDS_data[PI]["blockcounts"][groupType] +=1 #increment
else:
self.RDS_data[PI]["blockcounts"][groupType] = 1 #initialize (1st group of this type)
self.RDS_data[PI]["blockcounts"]["any"]+=1
if self.RDS_data[PI]["blockcounts"]["any"]==5:
self.RDS_data[PI]["blockcounts"]["any"]=0
t=(str(PI),groupType,self.RDS_data[PI]["blockcounts"][groupType])#TODO only update DB every few seconds
db.execute("INSERT OR REPLACE INTO grouptypeCounts (PI,grouptype,count) VALUES (?,?,?)",t)
dots="."*self.RDS_data[PI]["blockcounts"]["any"]
self.RDS_data[PI]["TP"]=TP
self.RDS_data[PI]["PTY"]=self.pty_dict[PTY]
self.signals.DataUpdateEvent.emit({'row':port,'PI':PI,'PTY':self.pty_dict[PTY],'TP':TP,'wrong_blocks':wrong_blocks,'dots':dots})
#save block to sqlite (commit at end of handle_msg)
#(time text,PI text,PSN text, grouptype text,content blob)
content="%02X%02X%02X%02X%02X" %(array[3]&0x1f,array[4],array[5],array[6],array[7])
#t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],groupType,content)
#db.execute("INSERT INTO groups VALUES (?,?,?,?,?)",t)
#error 161213:
# db.execute("INSERT OR REPLACE INTO grouptypeCounts (PI,grouptype,count) VALUES (?,?,?)",t)
#InterfaceError: Error binding parameter 0 - probably unsupported type.
#fix?: added str() to PI, but it should already be a string
if (groupType == "0A"):#AF PSN
adr=array[3]&0b00000011
segment=self.decode_chars(chr(array[6])+chr(array[7]))
d=(array[3]>>2)&0x1
self.RDS_data[PI]["DI"][3-adr]=d
#DI[0]=d0 0=Mono 1=Stereo
#d1 Not artificial head Artificial head
#d2 Not compressed Compressed
#d3 Static PTY Dynamic PTY
TA=(array[3]>>4)&0x1
MS=(array[3]>>3)&0x1
self.RDS_data[PI]["TA"]=TA
flag_string="TP:%i, TA:%i, MS:%i, DI:%s"%(TP,TA,MS,str(self.RDS_data[PI]["DI"]))
self.signals.DataUpdateEvent.emit({'row':port,'PI':PI,'flags':flag_string})
#224 1110 0000 = no AF
#225 1110 0001 = 1AF
#249 1111 1001 = 25AF
fillercode=205#1100 1101
if not self.RDS_data[PI]["AF"].has_key("main") and self.RDS_data[PI].has_key("tuned_freq"):
freq=self.decode_AF_freq(array[4])
if freq==self.RDS_data[PI]["tuned_freq"]:
self.RDS_data[PI]["AF"]["main"]=freq
if self.log:
print("main frequency found in 0A: station:%s, freq:%0.1fM"% (self.RDS_data[PI]["PSN"],freq/1e6))
freq_str="0A:%0.1fM"% (freq/1e6)
self.signals.DataUpdateEvent.emit({'PI':PI,'freq':freq_str})
t=(PI,self.RDS_data[PI]["PSN"],float(freq),self.RDS_data[PI]["PTY"],int(self.RDS_data[PI]["TP"]))
db.execute("INSERT INTO stations (PI,PSN,freq,PTY,TP) VALUES (?,?,?,?,?)",t)
freq=self.decode_AF_freq(array[5])
if freq==self.RDS_data[PI]["tuned_freq"]:
self.RDS_data[PI]["AF"]["main"]=freq
if self.log:
print("main frequency found in 0A: station:%s, freq:%0.1fM"% (self.RDS_data[PI]["PSN"],freq/1e6))
freq_str="0A:%0.1fM"% (freq/1e6)
self.signals.DataUpdateEvent.emit({'PI':PI,'freq':freq_str})
t=(PI,self.RDS_data[PI]["PSN"],float(freq),self.RDS_data[PI]["PTY"],int(self.RDS_data[PI]["TP"]))
db.execute("INSERT INTO stations (PI,PSN,freq,PTY,TP) VALUES (?,?,?,?,?)",t)
if self.RDS_data[PI].has_key("tuned_freq") :#TODO add secondary freqs
freq=self.decode_AF_freq(array[4])
diff=abs(freq-self.RDS_data[PI]["tuned_freq"])
if diff<100000:
self.RDS_data[PI]["AF"]["rxset"].add(freq)
freq=self.decode_AF_freq(array[5])
diff=abs(freq-self.RDS_data[PI]["tuned_freq"])
if diff<100000:
self.RDS_data[PI]["AF"]["rxset"].add(freq)
if(array[4]>= 224 and array[4]<= 249):
#print("AF1 detected")
self.RDS_data[PI]["AF"]['number']=array[4]-224
#self.RDS_data[PI]["AF"]['main']=self.decode_AF_freq(array[5])
self.signals.DataUpdateEvent.emit({'row':port,'PI':PI,'AF':self.RDS_data[PI]["AF"]})
if(array[5]>= 224 and array[5]<= 249):
print("AF2 detected (shouldn't happen) %s"%array[5])
#add frequencies to set
self.RDS_data[PI]["AF"]["set"].add(self.decode_AF_freq(array[4]))
self.RDS_data[PI]["AF"]["set"].add(self.decode_AF_freq(array[5]))
try:
self.RDS_data[PI]["AF"]["set"].remove(0)#remove control characters
except KeyError:
pass
name_list=list(self.RDS_data[PI]["PSN"])
if (name_list[adr*2:adr*2+2]==list(segment)):#segment already there
segmentcolor="green"
elif(name_list[adr*2:adr*2+2]==['_']*2): #segment new
segmentcolor="orange"
name_list[adr*2:adr*2+2]=segment
else:#name changed (böse)
segmentcolor="red"
name_list=['_']*8 #reset name
name_list[adr*2:adr*2+2]=segment
#reset stored text:
self.RDS_data[PI]["PSN"]="_"*8
self.RDS_data[PI]["PSN_valid"]=[False]*8
self.RDS_data[PI]["PSN_valid"][adr*2:adr*2+2]=[True] *2
self.RDS_data[PI]["PSN"]="".join(name_list)
#determine if text is valid
valid=True
for i in range(0,8):
if (not self.RDS_data[PI]["PSN_valid"][i]):
valid = False
if(valid):
#textcolor="black"
textcolor=""#use default color (white if background is black)
if not self.RDS_data[PI]["internals"]["last_valid_psn"]==self.RDS_data[PI]["PSN"]:#ignore duplicates
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"PSN_valid",self.RDS_data[PI]["PSN"])
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
t=(self.RDS_data[PI]["PSN"],PI)
db.execute("UPDATE OR IGNORE stations SET PSN=? WHERE PI IS ?",t)
self.RDS_data[PI]["internals"]["last_valid_psn"]=self.RDS_data[PI]["PSN"]
else:
textcolor="gray"
formatted_text=self.color_text(self.RDS_data[PI]["PSN"],adr*2,adr*2+2,textcolor,segmentcolor)
self.signals.DataUpdateEvent.emit({'row':port,'PI':PI,'PSN':formatted_text})
elif (groupType == "1A"):#PIN programme item number
#wer nutzt 1A gruppen?
#antenne1: variants: 0(ECC),
PIN=(array[6]<<8)|(array[7])
SLC=(array[4]<<8)|(array[5])&0xfff#slow labeling code
radio_paging=array[3]&0x1f
LA=array[4]>>7#linkage actuator
variant=(array[4]>>4)&0x7
PIN_day=(PIN>>11)&0x1f
PIN_hour=(PIN>>6)&0x1f
PIN_minute=PIN&0x3f
PIN_valid= PIN_day in range(1,32) and PIN_hour in range(0,24) and PIN_minute in range(0,60)
if PIN_valid:
self.RDS_data[PI]["PIN"]=[PIN_day,PIN_hour,PIN_minute]
data_string="variant:%i,SLC:%04X,PIN (valid):%s "%(variant,SLC,str([PIN_day,PIN_hour,PIN_minute]))
else:
data_string="variant:%i,SLC:%04X,PIN:%04X "%(variant,SLC,PIN)
#%02X%02X%02X%02X%02X
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"PIN",data_string)
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
if self.debug and not variant==0:#print if not seen before
print("PI:%s PSN:%s uses variant %i of 1A"%(PI,self.RDS_data[PI]["PSN"],variant))
if variant==0:
paging=array[4]&0xf
extended_country_code=array[5]
self.RDS_data[PI]["ECC"]=extended_country_code
#print("ECC:%s"%hex(extended_country_code))
elif variant==1:
TMC_info=SLC
elif variant==2:
paging_info=SLC
elif variant==3:
language_codes=SLC
if self.debug:
print("language_codes:%s"%hex(language_codes))
elif variant==6:
#for use by broadcasters
if self.debug:
print("PI:%s PSN:%s uses variant 6 of 1A"%(PI,self.RDS_data[PI]["PSN"]))
elif variant==7:
ESW_channel_identification=SLC
#end of 1A decode
elif (groupType == "2A"):#RT radiotext
if(not self.RDS_data[PI].has_key("RT")):#initialize variables
self.RDS_data[PI]["RT"]="_"*64
self.RDS_data[PI]["RT_valid"]=[False]*64
self.RDS_data[PI]["RT_all_valid"]=False
adr=array[3]&0b00001111
segment=self.decode_chars(chr(array[4])+chr(array[5])+chr(array[6])+chr(array[7]))
#print("RT:adress: %d, segment:%s"%(adr,segment))
#self.signals.DataUpdateEvent.emit({'col':5,'row':port,'PI':PI,'groupType':groupType,'adress':adr,'segment':segment})
text_list=list(self.RDS_data[PI]["RT"])
#determine text length:
try:
text_end=text_list.index('\r')
except ValueError:
text_end=64 #assume whole string is important
pass
if (text_list[adr*4:adr*4+4]==list(segment)):#segment already there
segmentcolor="green"
elif (text_list[adr*4:adr*4+4]==['_']*4):#segment new
segmentcolor="orange"
text_list[adr*4:adr*4+4]=segment
else:
segmentcolor="red"
text_list=['_']*64 #clear text
text_list[adr*4:adr*4+4]=segment
#reset stored text:
self.RDS_data[PI]["RT"]="_"*64
self.RDS_data[PI]["RT_valid"]=[False]*64
self.RDS_data[PI]["RT_valid"][adr*4:adr*4+4]=[True] *4
self.RDS_data[PI]["RT"]="".join(text_list)
#determine if (new) text is valid
self.RDS_data[PI]["RT_all_valid"]=True
for i in range(0,text_end):
if (not self.RDS_data[PI]["RT_valid"][i]):
self.RDS_data[PI]["RT_all_valid"] = False
if(self.RDS_data[PI]["RT_all_valid"]):
#textcolor="black"
textcolor=""#use default color (white if background is black)
l=list(self.RDS_data[PI]["RT"])
rt="".join(l[0:text_end])#remove underscores(default symbol) after line end marker
if not self.RDS_data[PI]["internals"]["last_valid_rt"]==rt:#ignore duplicates
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"RT",rt)
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
self.RDS_data[PI]["internals"]["last_valid_rt"]=rt
try:#print rt+ if it exist
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"RT+",str(self.RDS_data[PI]["RT+"]))
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
except KeyError:
pass#no rt+ -> dont save
else:
textcolor="gray"
#formatted_text="<font face='Courier New' color='%s'>%s</font><font face='Courier New' color='%s'>%s</font><font face='Courier New' color='%s'>%s</font>"% (textcolor,self.RDS_data[PI]["RT"][:adr*4],segmentcolor,self.RDS_data[PI]["RT"][adr*4:adr*4+4],textcolor,self.RDS_data[PI]["RT"][adr*4+4:])
formatted_text=self.color_text(self.RDS_data[PI]["RT"],adr*4,adr*4+4,textcolor,segmentcolor)
#print(self.RDS_data[PI]["RT"]+" valid:"+str(valid)+"valarr:"+str(self.RDS_data[PI]["RT_valid"]))
rtcol=self.colorder.index('text')
self.signals.DataUpdateEvent.emit({'col':rtcol,'row':port,'PI':PI,'string':formatted_text})
elif (groupType == "3A"):#ODA announcements (contain application ID "AID")
AID=(array[6]<<8)|(array[7])#combine 2 bytes into 1 block
app_data=(array[4]<<8)|(array[5])#content defined by ODA-app
app_group_raw=array[3]&0x1f #group type in which this app is sent
if (app_group_raw&0x1 == 0):
app_group=str(app_group_raw >> 1)+"A"
else:
app_group=str(app_group_raw >> 1)+"B"
if not self.RDS_data[PI]["AID_list"].has_key(AID):#new ODA found
try:
app_name=self.ODA_application_names[AID]
except KeyError:
if self.debug:
print("ERROR: ODA-app-id (AID) '%i' not found in list on station %s, app group:%s"%(AID,app_group,PI))
app_name="unknown"
self.RDS_data[PI]["AID_list"][AID]={}
self.RDS_data[PI]["AID_list"][AID]["groupType"]=app_group
self.RDS_data[PI]["AID_list"][AID]["app_name"]=app_name
self.RDS_data[PI]["AID_list"][AID]["app_data"]=app_data
if self.log:
print("new ODA: AID:%i, name:%s, app_group:%s, station:%s" %(AID,app_name,app_group,PI))
#decode 3A group of TMC
if AID==52550:#TMC alert-c
variant=app_data>>14
if variant==0:
LTN=(app_data>>6)&0x3f#location table number
AFI=(app_data>>5)&0x1#alternative frequency indicator
M=(app_data>>4)&0x1#transmission mode indicator
I=(app_data>>3)&0x1#international (EUROROAD)
N=(app_data>>2)&0x1#national
R=(app_data>>1)&0x1#regional
U=(app_data>>0)&0x1#urban
elif variant==1:
SID=(app_data>>6)&0x3f#service identifier
G=(app_data>>12)&0x3#gap parameter
activity_time=(app_data>>4)&0x3
window_time=(app_data>>2)&0x3
delay_time=(app_data>>0)&0x3
elif self.debug:
print("unknown variant %i in TMC 3A group"%variant)
elif (groupType == "4A"):#CT clock time
datecode=((array[3] & 0x03) << 15) | (array[4] <<7)|((array[5] >> 1) & 0x7f)
hours=((array[5] & 0x1) << 4) | ((array[6] >> 4) & 0x0f)
minutes=((array[6] &0x0F)<<2)|((array[7] >>6)&0x3)
offsetdir=(array[7]>>5)&0x1
local_time_offset=0.5*((array[7])&0x1F)
if(offsetdir==1):
local_time_offset*=-1
year=int((datecode - 15078.2) / 365.25)
month=int((datecode - 14956.1 - int(year * 365.25)) / 30.6001)
day=datecode - 14956 - int(year * 365.25) - int(month * 30.6001)
if(month == 14 or month == 15):#no idea why -> annex g of RDS spec
year += 1;
month -= 13
year+=1900
#month was off by one different rounding in c and python?
month-=1
#datestring="%02i.%02i.%4i, %02i:%02i (%+.1fh)" % (day,month,year,hours,minutes,local_time_offset)
timestring="%02i:%02i (%+.1fh)" % (hours,minutes,local_time_offset)
datestring="%02i.%02i.%4i" % (day,month,year)
ctcol=self.colorder.index('time')
self.signals.DataUpdateEvent.emit({'col':ctcol,'row':port,'PI':PI,'string':timestring,'tooltip':datestring})
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"CT",datestring+" "+timestring)
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
elif (groupType == "6A"):#IH inhouse data -> save for analysis
"""In House Data:
{'130A': {'1E1077FFFF': {'count': 1,
'last_time': '2016-12-08 16:26:54.767596'},
'1F23022015': {'count': 1,
'last_time': '2016-12-08 16:26:56.341271'}},
'D00F': {'1E1023FFFF': {'count': 1,
'last_time': '2016-12-08 16:26:54.769165'},
'1F28032008': {'count': 3,
'last_time': '2016-12-08 16:26:58.272420'}}}"""
ih_data="%02X%02X%02X%02X%02X" %(array[3]&0x1f,array[4],array[5],array[6],array[7])
if not self.IH_data.has_key(PI):
self.IH_data[PI]={}
if not self.IH_data[PI].has_key(ih_data):
self.IH_data[PI][ih_data]={}
self.IH_data[PI][ih_data]["count"]=0
self.IH_data[PI][ih_data]["count"]+=1
self.IH_data[PI][ih_data]["last_time"]=str(datetime.now())
#TMC-alert-c (grouptype mostly 8A):
elif self.RDS_data[PI]["AID_list"].has_key(52550) and self.RDS_data[PI]["AID_list"][52550]["groupType"]==groupType:#TMC alert-C
tmc_x=array[3]&0x1f #lower 5 bit of block2
tmc_y=(array[4]<<8)|(array[5]) #block3
tmc_z=(array[6]<<8)|(array[7])#block4
tmc_hash=md5.new(str([PI,tmc_x,tmc_y,tmc_z])).hexdigest()
tmc_T=tmc_x>>4 #0:TMC-message 1:tuning info/service provider name
tmc_F=int((tmc_x>>3)&0x1) #identifies the message as a Single Group (F = 1) or Multi Group (F = 0)
Y15=int(tmc_y>>15)
if tmc_T == 0:
if tmc_F==1:#single group
tmc_msg=tmc_message(PI,tmc_x,tmc_y,tmc_z,self)
self.print_tmc_msg(tmc_msg)
elif tmc_F==0 and Y15==1:#1st group of multigroup
ci=int(tmc_x&0x7)
tmc_msg=tmc_message(PI,tmc_x,tmc_y,tmc_z,self)
#if self.RDS_data[PI]["internals"]["unfinished_TMC"].has_key(ci):
#print("overwriting parital message")
self.RDS_data[PI]["internals"]["unfinished_TMC"][ci]={"msg":tmc_msg,"time":time.time()}
else:
ci=int(tmc_x&0x7)
if self.RDS_data[PI]["internals"]["unfinished_TMC"].has_key(ci):
tmc_msg=self.RDS_data[PI]["internals"]["unfinished_TMC"][ci]["msg"]
tmc_msg.add_group(tmc_y,tmc_z)
age=time.time()-self.RDS_data[PI]["internals"]["unfinished_TMC"][ci]["time"]
t=(time.time(),PI,age,ci,tmc_msg.is_complete)
#print("%f: continuing message PI:%s,age:%f,ci:%i complete:%i"%t)
self.RDS_data[PI]["internals"]["unfinished_TMC"][ci]["time"]=time.time()
if tmc_msg.is_complete:
self.print_tmc_msg(tmc_msg)#print and store message
del self.RDS_data[PI]["internals"]["unfinished_TMC"][tmc_msg.ci]#delete finished message
else:
#if not ci==0:
#print("ci %i not found, discarding"%ci)
pass
else:#alert plus or provider info
adr=tmc_x&0xf
if 4 <= adr and adr <= 9:
#seen variants 4569, 6 most often
#print("TMC-info variant:%i"%adr)
if adr== 7:#freq of tuned an mapped station (not seen yet)
freq_TN=tmc_y>>8
freq_ON=tmc_y&0xff#mapped frequency
if self.debug:
print("TMC-info: TN:%i"%freq_TN)
self.RDS_data[PI]["TMC_TN"]=freq_TN
else:
a=0
if self.debug:
print("alert plus")#(not seen yet)
#RadioText+ (grouptype mostly 12A):
elif self.RDS_data[PI]["AID_list"].has_key(19415) and self.RDS_data[PI]["AID_list"][19415]["groupType"]==groupType:#RT+
if not self.RDS_data[PI].has_key("RT+"):
#self.RDS_data[PI]["RT+"]={"history":{},"last_item_toggle_bit":2}
self.RDS_data[PI]["RT+"]={"last_item_toggle_bit":2}
self.RDS_data[PI]["RT+_history"]={}
self.RDS_data[PI]["internals"]["RT+_times"]={}
#self.RDS_data[PI]["RT+"]["last_item_toggle_bit"]=2
A3_data=self.RDS_data[PI]["AID_list"][19415]["app_data"]
template_number=A3_data&0xff
SCB=(A3_data >> 8)&0x0f#server control bit
CB_flag=(A3_data>>12)&0x1 #is set if template available
rtp_message= ((array[3]&0x1f)<<32)|(array[4]<<24)|(array[5]<<16)|(array[6]<<8)|(array[7])
item_toggle_bit=(rtp_message>>36)&0x1
item_running_bit=(rtp_message>>35)&0x1
tag1=(rtp_message>>17)&(2**18-1)#6+6+6
tag2=(rtp_message)&(2**17-1)#6+6+5
tag1_type=self.rtp_classnames[int(tag1>>12)]
tag2_type=self.rtp_classnames[int(tag2>>11)]
tag1_start=int((tag1>>6)&(2**6-1))
tag1_len=int(tag1&(2**6-1))
tag2_start=int((tag2>>5)&(2**6-1))
tag2_len=int(tag2&(2**5-1))
if not self.RDS_data[PI]["RT+"]["last_item_toggle_bit"] == item_toggle_bit: #new item
#self.RDS_data[PI]["RT+"]["history"][str(datetime.now())]=self.RDS_data[PI]["internals"]["last_rt_tooltip"]
t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"RT+",str(self.RDS_data[PI]["RT+"]))
db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
self.RDS_data[PI]["RT+_history"][str(datetime.now())]=copy.deepcopy(self.RDS_data[PI]["RT+"])#save old item
self.RDS_data[PI]["RT+"]["last_item_toggle_bit"] = item_toggle_bit
rtcol=self.colorder.index('text')
if self.debug:
print("toggle bit changed on PI:%s, cleared RT-tt"%PI)
self.signals.DataUpdateEvent.emit({'col':rtcol,'row':port,'PI':PI,'tooltip':""})
if self.RDS_data[PI].has_key("RT"):
rt=self.RDS_data[PI]["RT"]
rt_valid=self.RDS_data[PI]["RT_valid"]
if not tag1_type=="DUMMY_CLASS" and all(rt_valid[tag1_start:tag1_start+tag1_len+1]):
self.RDS_data[PI]["RT+"][tag1_type]=rt[tag1_start:tag1_start+tag1_len+1]
self.RDS_data[PI]["internals"]["RT+_times"][tag1_type]=time.time()
if not tag2_type=="DUMMY_CLASS" and all(rt_valid[tag2_start:tag2_start+tag2_len+1]):
self.RDS_data[PI]["RT+"][tag2_type]=rt[tag2_start:tag2_start+tag2_len+1]
self.RDS_data[PI]["internals"]["RT+_times"][tag2_type]=time.time()
#check outdated tags:
for tagtype in self.RDS_data[PI]["internals"]["RT+_times"].keys():#.keys() makes copy to avoid RuntimeError: dictionary changed size during iteration
age=time.time()-self.RDS_data[PI]["internals"]["RT+_times"][tagtype]
if age>90:#delete if older than 90 sek#TODO delete if toggle bit changes?, delete if tag changes? (title change -> delete artist)
del self.RDS_data[PI]["internals"]["RT+_times"][tagtype]
del self.RDS_data[PI]["RT+"][tagtype]
tags="ir:%i,it:%i"%(item_running_bit,item_toggle_bit)
afcol=self.colorder.index('AF')
self.signals.DataUpdateEvent.emit({'col':afcol,'row':port,'PI':PI,'string':tags})
if(tag2_type=="ITEM.TITLE" and self.RDS_data[PI].has_key("RT")):#TODO remove duplicate code
rt=self.RDS_data[PI]["RT"]
rt_valid=self.RDS_data[PI]["RT_valid"]
artist="?"
song="?"
if all(rt_valid[tag1_start:tag1_start+tag1_len+1]):
artist=rt[tag1_start:tag1_start+tag1_len+1]
if all(rt_valid[tag2_start:tag2_start+tag2_len+1]):
song=rt[tag2_start:tag2_start+tag2_len+1]
formatted_text="%s by %s"%(song,artist)
rtcol=self.colorder.index('text')
#only update tooltip if text changed -> remove flicker, still flickers :(
if not formatted_text == self.RDS_data[PI]["internals"]["last_rt_tooltip"]:
self.signals.DataUpdateEvent.emit({'col':rtcol,'row':port,'PI':PI,'tooltip':formatted_text})
self.RDS_data[PI]["internals"]["last_rt_tooltip"] = formatted_text
#elif(not tag1_type=="ITEM.ARTIST" and not tag1_type=="DUMMY_CLASS"):
# print("%s:RT+: tag1_type:%s, tag2_type:%s"%(PI,tag1_type,tag2_type))
elif (groupType == "14A"):#EON enhanced other networks
#TN = tuned network, ON=other network
if not self.RDS_data[PI].has_key("EON"):
self.RDS_data[PI]["EON"]={}
TP_ON=(array[3]>>4)&0x1
PI_ON="%02X%02X" %(array[6],array[7])
variant=array[3]&0xf
self.signals.DataUpdateEvent.emit({'PI':PI_ON,'TP':TP_ON})
if not self.RDS_data.has_key(PI_ON):
self.init_data_for_PI(PI_ON)
self.RDS_data[PI_ON]["TP"]=TP_ON
self.PI_dict[PI_ON]=0#initialize dict, even if no packets received
if self.log:
print("found station %s via EON on station %s"%(PI_ON,PI))
if not self.RDS_data[PI]["EON"].has_key(PI_ON):
self.RDS_data[PI]["EON"][PI_ON]={}
self.RDS_data[PI]["EON"][PI_ON]["PSN"]="_"*8
if variant in range(4):#variant 0..3 -> PS_ON
segment=self.decode_chars(chr(array[4])+chr(array[5]))
name_list=list(self.RDS_data[PI_ON]["PSN"])
#name_list=list(self.RDS_data[PI]["EON"][PI_ON]["PSN"])
name_list[variant*2:variant*2+2]=segment
if (name_list[variant*2:variant*2+2]==list(segment)):#segment already there
segmentcolor="purple"
elif(name_list[variant*2:variant*2+2]==['_']*2): #segment new
segmentcolor="purple"
name_list[variant*2:variant*2+2]=segment
else:#name changed (böse)
segmentcolor="red"
name_list=['_']*8 #reset name
name_list[variant*2:variant*2+2]=segment
#reset stored text:
self.RDS_data[PI_ON]["PSN"]="_"*8
self.RDS_data[PI_ON]["PSN_valid"]=[False]*8
self.RDS_data[PI_ON]["PSN_valid"][variant*2:variant*2+2]=[True] *2
PS_ON_str="".join(name_list)
self.RDS_data[PI_ON]["PSN"]=PS_ON_str
self.RDS_data[PI]["EON"][PI_ON]["PSN"]=PS_ON_str
#determine if text is valid
valid=True
for i in range(0,8):
if (not self.RDS_data[PI_ON]["PSN_valid"][i]):
valid = False
if(valid):
#textcolor="black"
textcolor=""#use default color (white if background is black)
else:
textcolor="gray"
formatted_text=self.color_text(self.RDS_data[PI_ON]["PSN"],variant*2,variant*2+2,textcolor,segmentcolor)
self.RDS_data[PI]["EON"][PI_ON]["PSN"]=PS_ON_str
self.RDS_data[PI_ON]["PSN"]=PS_ON_str
#formatted_text="<font face='Courier New' color='%s'>%s</font>"%("purple",PS_ON_str)
self.signals.DataUpdateEvent.emit({'PI':PI_ON,'PSN':formatted_text})
try:
t=(PI_ON,self.RDS_data[PI_ON]["PSN"],float(self.RDS_data[PI_ON]["AF"]["main"]),self.RDS_data[PI_ON]["PTY"],int(self.RDS_data[PI_ON]["TP"]))
db.execute("INSERT OR REPLACE INTO stations (PI,PSN,freq,PTY,TP) VALUES (?,?,?,?,?)",t)
except KeyError:
#not all info present -> no db update
pass
if variant==4:#AF_ON
if self.debug:
print("AF_ON method A")#TODO
if variant in range(5,10):#variant 5..9 -> mapped freqs
freq_TN=self.decode_AF_freq(array[4])
freq_ON=self.decode_AF_freq(array[5])
#lock in tuned network if freq_TN matches decoder frequency
if(self.RDS_data[PI].has_key("tuned_freq") and freq_TN==self.RDS_data[PI]["tuned_freq"]and not self.RDS_data[PI]["AF"].has_key("main")):
if self.log:
print("main frequency found: station:%s, freq:%0.1fM"% (self.RDS_data[PI]["PSN"],freq_TN/1e6))
self.RDS_data[PI]["AF"]["main"]=freq_TN
#lock in ON if TN is locked in
if(self.RDS_data[PI]["AF"].has_key("main") and self.RDS_data[PI]["AF"]["main"]==freq_TN and not self.RDS_data[PI_ON]["AF"].has_key("main")):
if self.log:
print("mapped frequency found: station:%s, freq:%0.1fM"% (self.RDS_data[PI_ON]["PSN"],freq_ON/1e6))
self.RDS_data[PI_ON]["AF"]["main"]=freq_ON
freq_str="EON:%0.1fM"% (freq_ON/1e6)
self.signals.DataUpdateEvent.emit({'PI':PI_ON,'freq':freq_str})
#print("mapped freq in variant %i:, %i->%i"%(variant,freq_TN,freq_ON))
if variant==13:#PTY and TA of ON
PTY_ON=array[4]>>3
TA_ON=array[5]&0x1
self.RDS_data[PI]["EON"][PI_ON]["TA_ON"]=TA_ON
self.RDS_data[PI]["EON"][PI_ON]["PTY_ON"]=PTY_ON
self.RDS_data[PI_ON]["TA"]=TA_ON
self.RDS_data[PI_ON]["PTY"]=self.pty_dict[PTY_ON]
self.signals.DataUpdateEvent.emit({'PI':PI_ON,'PTY':self.pty_dict[PTY_ON],'TA':TA_ON})
#rest is reserved
if variant==14:#programme item number of ON
PIN_ON=(array[4]<<8)|(array[5])
#else:#other group
if 1==1:
#printdelay=50
printdelay=500
self.printcounter+=0#printing disabled
if self.printcounter == printdelay and self.debug:
for key in self.RDS_data:
if self.RDS_data[key].has_key("PSN"):
psn=self.RDS_data[key]["PSN"]
else:
psn="?"
print("%s(%s):"%(psn,key),end="")
pp.pprint(self.RDS_data[key]["blockcounts"])
if self.RDS_data[key].has_key("RT+"):
print("RT+:",end="")
pp.pprint(self.RDS_data[key]["RT+"])
self.printcounter=0
#print("group of type %s not decoded on station %s"% (groupType,PI))
#db.commit()
#db.close()
#pr.disable() #disabled-internal-profiling
#end of handle_msg
def print_tmc_msg(self,tmc_msg):
try:
PI=tmc_msg.PI
tmc_F=tmc_msg.is_single
tmc_hash=tmc_msg.tmc_hash
refloc_name=""
reflocs=tmc_msg.location.reflocs
if not self.TMC_data.has_key(tmc_hash):#if message new
try:
if tmc_msg.is_single:
#multi_str="single"
multi_str=""
else:
#multi_str="length:%i, list:%s"%(tmc_msg.length,str(tmc_msg.mgm_list))
multi_str="%i:%s"%(tmc_msg.length,str(tmc_msg.mgm_list))
message_string="TMC-message,event:%s lcn:%i,location:%s,reflocs:%s, station:%s"%(tmc_msg.event.name,tmc_msg.location.lcn,tmc_msg.location,reflocs,self.RDS_data[PI]["PSN"])
self.TMC_data[tmc_hash]=tmc_msg
self.signals.DataUpdateEvent.emit({'TMC_log':tmc_msg,'multi_str':multi_str})
#t=(str(datetime.now()),PI,self.RDS_data[PI]["PSN"],"ALERT-C",message_string.decode("utf-8"))
#self.db.execute("INSERT INTO data (time,PI,PSN,dataType,data) VALUES (?,?,?,?,?)",t)
message_string="%s ,locname:%s, reflocs:%s"%(tmc_msg.event.name,tmc_msg.location,reflocs)
t=(tmc_hash,str(datetime.now()),PI, tmc_F,tmc_msg.event.ecn,int(tmc_msg.location.lcn),tmc_msg.tmc_DP,tmc_msg.tmc_D,tmc_msg.tmc_dir,tmc_msg.tmc_extent,message_string.decode("utf-8"),multi_str.decode("utf-8"),str(tmc_msg.debug_data))
self.db.execute("INSERT INTO TMC (hash,time,PI, F,event,location,DP,div,dir,extent,text,multi,rawmgm) VALUES (?,?,?,?,?,?,?,?,?,?,?,?,?)",t)
#self.signals.DataUpdateEvent.emit({'TMC_log_str':multi_str})
if tmc_msg.location.has_koord:#show on map
map_tag=tmc_msg.event.name+"; "+multi_str
#print to osm map (disabled because slow)
#folium.Marker([tmc_msg.location.ykoord,tmc_msg.location.xkoord], popup=map_tag.decode("utf-8")).add_to(self.osm_map)
#print to google map
marker_string=self.marker_template.format(lat=tmc_msg.location.ykoord,lon=tmc_msg.location.xkoord,text=map_tag,marker_id=len(self.map_markers))
marker_string=self.marker_template.format(lat=tmc_msg.location.ykoord,lon=tmc_msg.location.xkoord,text=map_tag)#without ID
self.map_markers.append(marker_string)
except Exception as e:
print(e)
raise
#print("line 1064")
except KeyError:
#print("location '%i' not found"%tmc_location)
pass
def print_results(self):
s = StringIO.StringIO()
sortby = 'cumulative'
ps = pstats.Stats(pr, stream=s).sort_stats(sortby)
ps.print_stats()
print(s.getvalue())
def decode_AF_freq(self,freq_raw):
#if freq_raw in range(1,205):#1..204 BAD coding -> memory usage
if 1<=freq_raw <=204:
return(87500000+freq_raw*100000)#returns int
#return(87.5e6+freq_raw*0.1e6)#returns float
else:
return(0)
def ref_locs(self,loc,name_string):
if(loc==34196):#europe
return(name_string)
else:
try:
locarray=self.lcl_dict[loc]
aref=int(locarray[6])
loc_name=locarray[4]
return(self.ref_locs(aref,name_string+","+loc_name))
#return(loc_name)
except KeyError:
return(name_string)
def decode_chars(self,charstring):
alphabet={
0b1000:u"áàéèíìóòúùÑÇŞßiIJ",
0b1001:u"âäêëîïôöûüñçş??ij",
0b1100:u"ÁÀÉÈÍÌÓÒÚÙŘČŠŽĐĿ",
0b1101:u"ÂÄÊËÎÏÔÖÛÜřčšžđŀ"}
#charlist=list(charstring)
return_string=""
for i,char in enumerate(charstring):
if ord(char)<= 0b01111111:
#charlist[i]=char #use ascii
return_string+=char
else:
#split byte
alnr=(ord(char)&0xF0 )>>4 #upper 4 bit
index=ord(char)&0x0F #lower 4 bit
try:
#charlist[i]=alphabet[alnr][index]
return_string+=alphabet[alnr][index]
except KeyError:
return_string+="?%02X?"%ord(char)
#charlist[i]='?'#symbol not decoded #TODO
pass
#return "".join(charlist)
return return_string
def color_text(self, text, start,end,textcolor,segmentcolor):
#formatted_text="<font face='Courier New' color='%s'>%s</font><font face='Courier New' color='%s'>%s</font><font face='Courier New' color='%s'>%s</font>"% (textcolor,text[:start],segmentcolor,text[start:end],textcolor,text[end:])
#formatted_text="<span style='background-color: yellow;color:%s'>%s</span><span style='color:%s'>%s</span><span style='color:%s'>%s</span>"% (textcolor,text[:start],segmentcolor,text[start:end],textcolor,text[end:])
formatted_text=("<span style='font-family:Courier New;color:%s'>%s</span>"*3)% (textcolor,text[:start],segmentcolor,text[start:end],textcolor,text[end:])
return formatted_text
class rds_parser_table_qt_Widget(QtGui.QWidget):
def __init__(self, signals,label,tableobj):
#print("gui initializing")self.tableobj.RDS_data["D3A2"]
self.signals = signals
self.tableobj=tableobj
self.signals.DataUpdateEvent.connect(self.display_data)
""" Creates the QT Range widget """
QtGui.QWidget.__init__(self)
layout = Qt.QVBoxLayout()
#self.label = Qt.QLabel(label)
#layout.addWidget(self.label)#title of table disabled to save space
#layout.addWidget(self.label)
self.setLayout(layout)
#self.decoder_to_PI={}
self.PI_to_row={}
self.table=QtGui.QTableWidget(self)
rowcount=0
self.table.setRowCount(rowcount)
self.table.setColumnCount(9)
self.table.setEditTriggers(QtGui.QAbstractItemView.NoEditTriggers) #disallow editing
self.colorder=['ID','freq','name','PTY','AF','time','text','quality','buttons']
##button.clicked.connect(self.getDetails)
layout.addWidget(self.table)
self.table.setHorizontalHeaderLabels(self.colorder)
#self.table.setMaximumHeight(300)#TODO use dynamic value
button_layout = Qt.QHBoxLayout()
codebutton = QtGui.QPushButton("code.interact")
codebutton.clicked.connect(self.onCLick)
button_layout.addWidget(codebutton)
ih_button = QtGui.QPushButton("show IH data")
ih_button.clicked.connect(self.showIHdata)
button_layout.addWidget(ih_button)
save_button = QtGui.QPushButton("save")
save_button.clicked.connect(self.saveData)
button_layout.addWidget(save_button)
print_button = QtGui.QPushButton("print profile")
print_button.clicked.connect(self.printProfile)
button_layout.addWidget(print_button)
mode_button = QtGui.QPushButton("mode")
mode_button.clicked.connect(self.switchMode)
button_layout.addWidget(mode_button)
layout.addLayout(button_layout)
self.freq_label=QtGui.QLabel("decoder frequencies:")
layout.addWidget(self.freq_label)
self.tmc_message_label=QtGui.QLabel("TMC messages:")
self.event_filter=QtGui.QLineEdit()#QPlainTextEdit ?
self.location_filter=QtGui.QLineEdit(u"Baden-Württemberg")
filter_layout = Qt.QHBoxLayout()
filter_layout.addWidget(QtGui.QLabel("event filter:"))
filter_layout.addWidget(self.event_filter)
filter_layout.addWidget(QtGui.QLabel("location filter:"))
filter_layout.addWidget(self.location_filter)
layout.addLayout(filter_layout)
layout.addWidget(self.tmc_message_label)
self.logOutput = Qt.QTextEdit()
self.logOutput.setReadOnly(True)
self.logOutput.setLineWrapMode(Qt.QTextEdit.NoWrap)
self.logOutput.setMaximumHeight(150)
font = self.logOutput.font()
font.setFamily("Courier")
font.setPointSize(10)
self.lastResizeTime=0
layout.addWidget(self.logOutput)
self.clip = QtGui.QApplication.clipboard()
#self.cb.clear(mode=cb.Clipboard )
#self.cb.setText("Clipboard Text", mode=cb.Clipboard)
def keyPressEvent(self, e):
if (e.modifiers() & QtCore.Qt.ControlModifier):
selected = self.table.selectedRanges().pop()
selected.leftColumn()
selected.topRow()
if e.key() == QtCore.Qt.Key_C: #copy
try:
qs = self.table.cellWidget(selected.topRow(),selected.leftColumn()).text()#get QString from table
s=re.sub("<.*?>","", str(qs))#remove html tags
self.clip.setText(s)
except Exception as e:
print(e)
print("no text, cant copy")
def insert_empty_row(self):
rowPosition = self.table.rowCount()
self.table.insertRow(rowPosition)
for col in range(self.table.columnCount()-1):#all labels except in last column -> buttons
self.table.setCellWidget(rowPosition,col,QtGui.QLabel())
button=QtGui.QPushButton("getDetails")
self.table.setCellWidget(rowPosition,self.table.columnCount()-1,button)
button.clicked.connect(functools.partial(self.getDetails, row=rowPosition))
def display_data(self, event):
#pp.pprint(event)
if type(event)==dict and event.has_key('decoder_frequencies'):
self.freq_label.setText(event['decoder_frequencies'])
if type(event)==dict and event.has_key('TMC_log'):
tmc_msg=event['TMC_log']
ef=unicode(self.event_filter.text().toUtf8(), encoding="UTF-8").lower()
lf=unicode(self.location_filter.text().toUtf8(), encoding="UTF-8").lower()
reflocs=tmc_msg.location.reflocs
reflocs_cmp=unicode(reflocs, encoding="UTF-8").lower()
event_cmp=unicode(tmc_msg.event.name, encoding="UTF-8").lower()
if not reflocs_cmp.find(lf)==-1 and not event_cmp.find(ef)==-1:
message_string="TMC-message,event:%s lcn:%i,location:%s,reflocs:%s, station:%s"%(tmc_msg.event.name,tmc_msg.location.lcn,tmc_msg.location,reflocs,self.tableobj.RDS_data[tmc_msg.PI]["PSN"])
self.logOutput.append(Qt.QString.fromUtf8(message_string))
if event.has_key('multi_str'):
self.logOutput.append(Qt.QString.fromUtf8(event['multi_str']))
if type(event)==dict and event.has_key('TMC_log_str'):
ef=unicode(self.event_filter.text().toUtf8(), encoding="UTF-8").lower()
lf=unicode(self.location_filter.text().toUtf8(), encoding="UTF-8").lower()
text=unicode(event['TMC_log_str'], encoding="UTF-8").lower()
if not text.find(lf)==-1 and not text.find(ef)==-1:
self.logOutput.append(Qt.QString.fromUtf8(event['TMC_log_str']))
#if type(event)==dict and event.has_key('row'):
if type(event)==dict and event.has_key('PI'):
#row=event['row']
PI=event['PI']
if not self.PI_to_row.has_key(PI):
self.PI_to_row[PI]=len(self.PI_to_row)#zero for first PI seen, then count up
self.insert_empty_row()
row=self.PI_to_row[PI]
PIcol=self.colorder.index('ID')
self.table.cellWidget(row,PIcol).setText(PI)
if event.has_key('freq'):
freqcol=self.colorder.index('freq')
item=self.table.cellWidget(row,freqcol)
item.setText(event['freq'])
if event.has_key('wrong_blocks'):
item=self.table.cellWidget(row,self.colorder.index('quality'))
quality_string="%i%% %s"% (100-2*event['wrong_blocks'],event['dots'])
item.setText(quality_string)
if event.has_key('PTY'):
item=self.table.cellWidget(row,self.colorder.index('PTY'))
item.setText(event['PTY'])
if event.has_key('flags'):
item=self.table.cellWidget(row,self.colorder.index('PTY'))
item.setToolTip(Qt.QString(event['flags']))
if event.has_key('string'):
item=self.table.cellWidget(row,event['col'])
item.setText(event['string'])
if event.has_key('tooltip'):
item=self.table.cellWidget(row,event['col'])
item.setToolTip(Qt.QString(event['tooltip']))
if event.has_key('AF'):
#setAF
PIcol=self.colorder.index('AF')
self.table.cellWidget(row,PIcol).setText(str(event['AF']['number']))
if event.has_key('PSN'):
#setPSN
PSNcol=self.colorder.index('name')
item=self.table.cellWidget(row,PSNcol)
item.setText(event['PSN'])
if time.time()-self.lastResizeTime > 2:#every 2 seconds
self.table.resizeColumnsToContents()
self.lastResizeTime=time.time()
#end of display-data
def printProfile(self):
self.tableobj.print_results()
def switchMode(self):
#print("mode switch message sent")
send_pmt = pmt.pmt_to_python.pmt_from_dict({"cmd":"switch mode"})
#send_pmt = pmt.string_to_symbol("switch mode")
self.tableobj.message_port_pub(pmt.intern('ctrl'), send_pmt)
def saveData(self):
filename="RDS_data_"+str(datetime.now())+".txt"
f=open(self.tableobj.workdir+filename,"w")
rds_data=copy.deepcopy(self.tableobj.RDS_data)
for PI in sorted(rds_data):
try:
del rds_data[PI]['PSN_valid']
del rds_data[PI]['RT_valid']
except KeyError:
pass
f.write("Data:%s"%pp.pformat(rds_data))
f.write("\n\nIn House Data:\n%s"%pp.pformat(self.tableobj.IH_data))
f.close()
print("data saved in file %s"%filename)
def showIHdata(self):
view=Qt.QDialog()
l=QtGui.QLabel("In House Data:\n%s"%pp.pformat(self.tableobj.IH_data))
l.setTextInteractionFlags(QtCore.Qt.TextSelectableByMouse |QtCore.Qt.TextSelectableByKeyboard)
l.setWordWrap(True)
#self.IH_data
layout=Qt.QVBoxLayout()
layout.addWidget(l)
view.setLayout(layout)
view.exec_()
def getDetails(self,row):
PIcol=self.colorder.index('ID')
PI=str(self.table.cellWidget(row,PIcol).text())
view = chart.DialogViewer()
if self.tableobj.PI_dict.has_key(PI) and self.tableobj.PI_dict[PI]>3:#dont print piechart if no packets received (detected via EON)
table=chart.DataTable()
table.addColumn('groupType')
table.addColumn('numPackets')
blockcounts=copy.deepcopy(self.tableobj.RDS_data[PI]['blockcounts'])
del blockcounts['any']
#lambda function removes last character of PI string (A or B) and sorts based on integer valure of number in front
for key in sorted(blockcounts,key=lambda elem: int(elem[0:-1])):
count=blockcounts[key]
table.addRow([key+": "+str(count),count])
mychart=chart.PieChart(table)
view.setGraph(mychart)
#view.resize(360, 240)
#view.resize(380, 550)
rds_data=copy.deepcopy(self.tableobj.RDS_data[PI])
try:
del rds_data['blockcounts']
del rds_data['PSN_valid']
del rds_data['RT_valid']
del rds_data['RT_valid']
except KeyError:
pass
l=QtGui.QLabel("Data:%s"%pp.pformat(rds_data))
l.setTextInteractionFlags(QtCore.Qt.TextSelectableByMouse |QtCore.Qt.TextSelectableByKeyboard)
l.setWordWrap(True)
#l=QtGui.QLabel("Data:")
view.layout().addWidget(l)
view.exec_()
def onCLick(self):
print("button clicked")
code.interact(local=locals())
if __name__ == "__main__":
from PyQt4 import Qt
import sys
app = Qt.QApplication(sys.argv)
mainobj= rds_parser_table_qt_Signals()
#mainobj=None
widget = rds_parser_table_qt_Widget(mainobj,"TestLabel")
widget.show()
widget.setWindowTitle("Test Qt gui")
widget.setGeometry(200,200,600,300)
sys.exit(app.exec_())
widget = None