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LogikGen.py
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LogikGen.py
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#!/usr/bin/env python
# -*- coding: iso-8859-1 -*-
## -----------------------------------------------------
## Logik-Generator V2.021
## -----------------------------------------------------
## Copyright � 2011, knx-user-forum e.V, All rights reserved.
##
## This program 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 of the License, or (at your option) any later version.
##
## This program 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 program;
## if not, see <http://www.gnu.de/documents/gpl-3.0.de.html>.
LGTVERSION = 2.021
#######################
### Changelog #########
#######################
## 2.021 * PREEXEC f�r hsb hinzugef�gt
## * TagList.GrpListAll hinzugef�gt
## * iko Standalone + Attribute wie name,endpoint_description ...
##
## 2.020 * fix _hslparser 5012 regex include spaces
##
## 2.019 * hsl20 Support
##
## 2.018 * f�ge diverse interne Funktionen hinzu
##
## 2.017 * entferne --register
##
## 2.016 * XXXXXXXXXXXXXXXXXXXXX
## * XXXXXXXXXXXXXXXXXXXXX
##
## 2.015 * 'names' zeigt jetzt SN and Timer
## * colorama Unterst�tzung f�r farbliche Ausgabe
## * �berpr�fung der Zeilenende auf Kommentarzeichen #
## * Timer ON[x] erh�llt Wert der Formel
## * fix AC wurde teilweise zu fr�h auf 0 gesetzt
## * 'timer' zeigt jetzt ohne Parameter die verf�gbaren an
## * 'timer [x]' f�hrt die Logik Berechnung bei aktivem autorun auch aus
## * 'print' und 'import' als Befehl direkt ohne exec m�glich
## * 'formel' zeigt die Formelzeilen und dekodierten Base64 Bytecode
## * Syntax Highlighting
## * Homeserver Variablen k�nnen an der Debugkonsole auch verk�rzt als en1= oder en2= etc gesetzt werden
## * removed import popen2
##
## 2.014 * interne IP
##
## 2.013 * diverse HS interne Objekte hinzugef�gt
## * �berwachung von AC[x] auf �nderungen
## * __import__ gegen Funktion ausgetauscht um hs interne Module zu imitieren
## * KO Gateway Verbindung timeout ge�ndert
## * eingaben string-decode um zum Beispiel bei EN[1]="d100=1\x03" das Steuerzeichen hex 03 zu senden
## * Fix Ausgang beim internen schreiben �ber SetWert des iko
## * --register nun je Python Version (Debug 2.4/Debug 2.6)
##
## 2.012 * runTime je Formelzeile
## * --register zum registrieren der Debug Erweiterung f�r .hsl Dateien
##
## 2.011 * Name von TimerThreads entsprechend dem OC
##
## 2.010 * Bugfix 'names'
##
## 2.009 * 'connect' zum manuellen verbinden aus dem Debugger
## * EN[1]=$IKO$1/0/100 aus dem debugger heraus
## * Bugfix .config nicht aus dem Installationspfad geladen beim Rechtsklick aus hsl
##
## 2.008 * Timer laufen automatisch bei autorun
## * Bugfixes beim Beenden
## * globals werden nicht mehr an die Formel �bergeben
## * Zeilenummer beim Bedingungstest
## * Autorun per .config default und pro LogikID
## * Autorun override per Befehlszeile -a 1|0
##
## 2.007 * Bugfixes KO-Gateway
## * AutoRun
##
## 2.006 * KO-Gateway f�r Ein/ausg�nge
##
## 2.005 * Anzeige auf SystemCodepage angepasst, sodass Umlaute angezeigt werden
## * Option -n zum erstellen von .LGT Dateien aus .hsl
## * Kontrollen f�r EI bei nicht startetenden Bausteinen
## * Kontrolle auf Remanente Speicher bei nicht Remanenten Baustein
## * Kontrolle der Timer Anzahl
##
## 2.004 * BugFixes _defline
## * einige Dacom Bausteine (z.B. Codeschloss) haben keine g�ltige Definition
##
## 2.003 * 'names' zeigen jetzt auch die derzeitigen Werte
## * LogikGen.config hinzugef�gt
## * Ausgang von intern beschreiben
## * Ausgaben auf Deutsch
##
## 2.002 * Parse Error in der 5001er Zeile
## * einige interne HS Klassen hinzugf�gt
## * Timer ON/OC werden unterst�tzt
##
## 2.001 * Initial Release
##
import sys
import threading
STDOUT_MUTEX = threading.RLock()
## Threadsafe STDOUT
class flushed_stdout(object):
MAXBUFFER = 1000
def __init__(self,stream):
self.stream = stream
self.buffer = []
self.pause = 0
def set_pause(self,pause):
try:
STDOUT_MUTEX.acquire()
self.pause = pause
if pause == 0 and len(self.buffer) > 0:
self.stream.writelines(self.buffer)
self.buffer = []
finally:
STDOUT_MUTEX.release()
def write(self,msg):
try:
STDOUT_MUTEX.acquire()
if self.pause == 0:
self.stream.write(msg)
self.stream.flush()
else:
self.buffer.append(msg)
self.buffer = self.buffer[:1000]
finally:
STDOUT_MUTEX.release()
def writelines(self, lines):
try:
STDOUT_MUTEX.acquire()
if self.pause == 0:
self.stream.writelines(lines)
self.stream.flush()
else:
self.buffer += lines
self.buffer = self.buffer[:1000]
finally:
STDOUT_MUTEX.release()
def flush(self):
pass
def __getattr__(self, attr):
return getattr(self.stream, attr)
try:
from colorama import init,Fore, Back, Style
init()
except ImportError:
print "f�r farbliche Ausgaben -> https://pypi.python.org/pypi/colorama"
## Dummy Klasse erstellen
class AnsiCodes(object):
BLACK = ""
RED = ""
GREEN = ""
YELLOW = ""
BLUE = ""
MAGENTA = ""
CYAN = ""
WHITE = ""
RESET = ""
BRIGHT = ""
DIM = ""
NORMAL = ""
RESET_ALL = ""
Fore = Back = Style = AnsiCodes()
sys.stdout = flushed_stdout(sys.stdout)
import codecs
import os
import base64
import marshal
import re
import glob
import getopt
import hashlib
import inspect
import types
import signal
import time
from datetime import datetime
import socket
import select
import StringIO
import ConfigParser
#import popen2
import random
import zlib
import zipfile
import traceback
import Queue
import string
import io
import tokenize
## Weil der HS zu viele alte Module erwartet ;) so einfach k�nnte auch der HS diese bl�den Meldungen nicht an der Konsole zeigen.
import warnings
warnings.simplefilter("ignore",DeprecationWarning)
##############
### Config ###
##############
DEBUG = False
SYNTAXHIGHLIGHT = True
## kleine Hilfsfunktionen
def debug(msg):
print(msg)
COLORRESET = Style.RESET_ALL
COLORINFO= Fore.YELLOW+Style.BRIGHT
COLORINTERN = Fore.GREEN+Style.BRIGHT
RE_SYSTEMLOG_FINDER = re.compile("<log>.*?</log>")
RE_SYSTEMLOG_GRABBER = re.compile("<log>(?=.*<facility>(?P<facility>.*?)</facility>)(?=.*<severity>(?P<severity>.*?)</severity>)(?=.*<message>(?P<message>.*?)</message>).*</log>")
RE_SYNTAX_HIGHLIGHT_COMMENT = re.compile("(^#+.*?$|###.*?###)",re.MULTILINE)
RE_SYNTAX_HIGHLIGHT_FUNCTIONS = re.compile(r"(\bprint|\btry:|\bexcept\b.*?:|\bfinally:|\bfor\b.*?in.*?:|\bwhile\b.*?:|\belif\b.*?:|\bif\b.*?:|\belse:|\band\b|\bor\b|\bTrue\b|\bFalse\b|\bNone\b|\bdict\b|\blist\b|\bint\b|\bfloat\b|\bstr\b|\blen\b)",re.MULTILINE)
RE_SYNTAX_HIGHLIGHT_BFUNCTIONS = re.compile(r"(__import__\(.*?\)[\.\w+]+\b|\bdef\b.*?:|\bclass\b.*?:|\bfrom\b.*?import.*?$|\bimport\s.*?\bas\b\.*?$|\bimport\b.*?$|\blambda\b|\bcontinue\b|\breturn\b)",re.MULTILINE)
RE_SYNTAX_HIGHLIGHT_MODULES = re.compile(r"(\b\w+\.[\.\w+]+\b)")
RE_SYNTAX_HIGHLIGHT_HSVARS = re.compile(r"((?:[O|E|S|A][N|A|C]\[([0-9]{1,2})\])|\bEI\b|\bpItem\b)")
def console(msg,color=None):
if type(msg) <> str:
msg = str(msg)
if len(msg.strip(" \n")) == 0:
return
if color:
msg = "\r{0}{1}{2}\r\n>> ".format(color, msg, Style.RESET_ALL)
else:
msg = "\r{0}\r\n>> ".format(msg)
sys.stdout.write (msg.decode("latin1").encode(sys.stdout.encoding)),
def console_error(msg):
console(msg,color=Fore.RED+Style.BRIGHT)
def console_info(msg):
console(msg,color=COLORINFO)
def console_info_ko(msg):
if DEBUG:
console(msg,color=COLORINFO)
def console_intern(msg):
_color = COLORINTERN
_is_systemlog_message = RE_SYSTEMLOG_FINDER.findall(msg)
if _is_systemlog_message:
_outmsg = ""
for _logmsg in _is_systemlog_message:
_logdetails = RE_SYSTEMLOG_GRABBER.search(_logmsg)
if not _logdetails:
continue
if len(_outmsg) > 0:
_outmsg += "\n"
_logdict = _logdetails.groupdict()
_logdict['time'] = time.strftime("%H:%M:%S",time.localtime())
_logdict['message'] = _logdict['message'].decode("string-escape").strip()
_outmsg += "SYSTEMLOG: {time} - {severity} {facility} - {message}".format(**_logdict)
if len(_outmsg) > 0:
msg = _outmsg
_color = Back.RED + Fore.YELLOW
else:
msg = "{0} {1}".format(time.strftime("%H:%M:%S",time.localtime()), msg)
console(msg,color=_color)
def console_code(msg,color=COLORINFO):
_color = color
if Style.RESET_ALL <> "" and SYNTAXHIGHLIGHT:
msg = RE_SYNTAX_HIGHLIGHT_COMMENT.sub(Fore.RED + Style.DIM + "\\1" + _color,msg)
msg = RE_SYNTAX_HIGHLIGHT_FUNCTIONS.sub(Fore.WHITE + Style.DIM + "\\1" + _color,msg)
msg = RE_SYNTAX_HIGHLIGHT_BFUNCTIONS.sub(Fore.MAGENTA + Style.DIM + "\\1" + _color,msg)
msg = RE_SYNTAX_HIGHLIGHT_MODULES.sub(Fore.YELLOW + Style.DIM + "\\1" + _color,msg)
msg = RE_SYNTAX_HIGHLIGHT_HSVARS.sub(Fore.CYAN + Style.DIM + "\\1" + _color,msg)
console(msg,color=_color)
def console_debug(msg):
if DEBUG:
console_code(msg,color=Fore.CYAN+Style.BRIGHT)
def nocomment(s):
result = []
g = tokenize.generate_tokens(io.BytesIO(s).readline)
for toknum, tokval, _, _, _ in g:
# print(toknum,tokval)
if toknum != tokenize.COMMENT:
result.append((toknum, tokval))
_result = tokenize.untokenize(result)
console_info("Remove all comments {0}/{1}".format(len(_result),len(s)))
return _result
def unquote(text):
## entfernt die Anf�hrungszeichen
if type(text) <> str:
try:
text = str(text)
except:
return ""
return re.sub("^[\"|\']|[\"|\']$","",text)
def quoteVal(e):
## setzt Anf�hrungszeichen wenn typ string
if e['isalpha']:
return "\"" + e['value'] + "\""
return str(e['value'])
def grp2str(_i):
return "%d/%d/%d" % (_i >> 11 & 0xff, _x >> 8 & 0x07, x & 0xff)
def str2grp(_s):
_t = _s.split("/")
return int(_t[0]) << 11 | int(_t[1]) << 8 | int(_t[2])
### Homeserver Klassen ###
class HomerServerDummy:
pass
class HSLogikItemDummy:
pass
class HSLogikSelfDummy:
pass
class dummy:
pass
class debug_dummy:
Version = "4.111.LOGIKDEBUGGER"
def __init__(self):
self.Daten = []
self.Index = {}
def setErr(self,pException,pComment=''):
console(Fore.RED + Style.BRIGHT + "Error:" + Fore.MAGENTA)
try:
STDOUT_MUTEX.acquire()
traceback.print_exception(pException[0],pException[1],pException[2],file=sys.stdout)
finally:
STDOUT_MUTEX.release()
console_intern(pComment)
def setErrDirekt(self,pText):
console_error("Error: %r" % pText)
def addGruppe(self,pGruppe,pItems):
console_intern("addGruppe %r with Items %r" % (pGruppe,pItems))
self.Index[pGruppe[0]] = dict((_x[0],_x) for _x in pItems)
self.Daten.append(pGruppe+[pItems,])
def setWert(self,pGruppe,pToken,pWert):
console_intern("setWert %s - %s to %s%r" % (pGruppe,pToken,Fore.YELLOW,pWert))
def addWert(self,pGruppe,pToken,pWert):
console_intern("addWert %s - %s to %s%r" % (pGruppe,pToken,Fore.YELLOW,pWert))
def addDauer(self,pGruppe,pToken,pWert):
console_intern("addDauer %s - %s to %s%r" % (pGruppe,pToken,Fore.YELLOW,pWert))
def __str__(self):
_ret = ""
for _data in self.Daten:
_ret += _data[1] + "\n"
_ret += "*"*20 + "\n"
for _line in _data[2]:
_ret += " " + re.sub(r'<.*?>',"",_line[1]) +"\n"
_ret += " " + re.sub(r'<.*?>'," ",_line[3]) + "\n"
return _ret
class HSIKOdummy:
def __init__(self,LGT,attached_out,name="",**kwargs):
self.LGT = LGT
self.MC = LGT.MC
self.Value = ''
if name:
self.name = name
self.endpoint_description = name
self.Format = 22
self.ReadFlag = 1
self.SpeicherID = 1
for _k,_v in kwargs.items():
setattr(self,_k,_v)
self._attached_out = attached_out
self.mutex = threading.Lock()
def setWert(self,out,wert):
try:
self.mutex.acquire()
self.Value = wert
if self.attached_out > 0:
console("** intern ** auf AN[%d]: %s%s" % (self._attached_out,Fore.YELLOW,repr(wert)))
self.LGT.setVar("AN",self._attached_out,wert)
else:
console("** intern ** auf iko[%s]: %s%s" % (getattr(self,"name",getattr(self,"RPCText","")),Fore.YELLOW,repr(wert)))
finally:
self.mutex.release()
def getWert(self):
try:
self.mutex.acquire()
return self.Value
finally:
self.mutex.release()
def checkLogik(self,out):
pass
__old_import__ = __import__
class hs_timer(threading._Timer):
def __init__(self,interval,function):
self.starttime = time.strftime("%H:%M:%S",time.localtime())
self.calctime = time.time() + interval
threading._Timer.__init__(self,interval, function)
def get_time(self):
return "start: %s remain %.2f s" % ( self.starttime,self.calctime - time.time() )
class hs_queue_queue(Queue.Queue):
def put(self,item,*args,**kwargs):
Queue.Queue.put(self,[time.time(),item],*args,**kwargs)
def get(self,*args, **kwargs):
return Queue.Queue.get(self,*args,**kwargs)[1]
import posixpath
import mimetypes
class ExtDatItem(object):
def __init__(self,path,mc):
import os
self.MC = mc
self.source_file = path
_path = path.replace(self.MC.LGT.hsupload_dir,"")
_path = _path.replace("\\","/")
console_info("-> Datei '{0}'".format(_path))
self.DatName = "OPT/{0}".format(_path.upper())
_extension = posixpath.splitext(_path)[1]
self.Typ = mimetypes.types_map.get(_extension,"application/octet-stream")
self.UrlPfad = _path.upper()
self.DatPos = 0
self.DatLen = os.path.getsize(path)
self.MC.GUI.ExtDatUrl[_path.upper()] = self
def getDaten(self):
return open(self.source_file,"rb").read()
def getQuadDaten(self):
return open(self.source_file,"rb").read()
def getDatenStream(self,stream):
stream.write(open(self.source_file,"rb").read())
def getQuadDatenStream(self,stream):
stream.write(open(self.source_file,"rb").read())
def dummy_return_all(self,*args,**kwargs):
console_debug("called '{0}' with args [{1}]".format(traceback.extract_stack(None, 2)[0][2],args))
class dummy_regex(object):
def search(*msg):
return True
def addZyklustimer(self,logik,nextstart):
import time
_nextstart_time = time.localtime(nextstart)
_seconds = nextstart - time.time()
console_debug("Set Timer {0} to {1} {2} seconds".format(logik,time.strftime("%H:%M:%S",_nextstart_time),_seconds))
for t in xrange(0,len(logik.OutOfset)):
if LGT.Offset[t+1][0] <> logik.OutOfset[t][0] and logik.OutOfset[t][0] > 0:
LGT.Offset[t+1][0] = logik.OutOfset[t][0]
LGT.Offset[t+1][1] = logik.OutOfset[t][1]
try:
LGT.Offset[t+1][2].cancel()
except:
pass
LGT.Offset[t+1][2] = hs_timer(_seconds,logik.MC.LGT.TimerCalc)
LGT.Offset[t+1][2].start()
def taglist_setwert(self,FLAG,iko,value):
if iko._attached_out > 0:
console_intern("*** setwert ** auf AN[{0}]: {1}{2}".format(iko._attached_out,Fore.YELLOW,value))
self.LGT.setVar("AN",iko._attached_out,value)
self.LGT.setVar("AC",iko._attached_out,0)
else:
console("** setwert ** auf iko[%s]: %s%s" % (getattr(iko,"name",getattr(iko,"RPCText","")),Fore.YELLOW,repr(value)))
def dummyThreadsigner(self,pName):
console_intern("*** SIGN THREAD {0} ***".format(pName))
class hs_queue(object):
Queue = hs_queue_queue
hs_threading = threading
class hs_fkt(object):
GlobalMC = None
@staticmethod
def SockConnect(pHost,pPort,pTo):
pass
sys.modules['hs_threading'] = threading
sys.modules['hs_queue'] = hs_queue
sys.modules['hs_fkt'] = hs_fkt
def __import__(module):
console_debug("Lade Modul %r" % module)
if module in ['hs_queue','sys','hs_fkt']:
print "FROM GLOBAL"
return globals().get(module)
return __old_import__(module)
def get_local_ip():
try:
_ip = socket.gethostbyname( socket.gethostname() )
except:
_ip = "127"
if _ip.startswith("127"):
s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
s.connect(('google.com', 0))
_ip = s.getsockname()[0]
s.close()
return _ip
###########################
FLAG_EIB_LOGIK=1
FLAG_EIB_ZENTRAL=2
FLAG_EIB_UNKNOWN=12
FLAG_EIB_REQUEST=13
FLAG_EIB_COMMAND=14
class LogikGeneratorClass:
def __init__(self):
self.GeneratorVersion = LGTVERSION
self.LogikNum = 10100
self.LogikName = "unamedLogik"
self.LogikiName = self.LogikName
self.LogikCat = ""
self.LOGIKVARS = {
"LOGIKNAME" : "unbenannt",
"LOGIKID" : "10001",
"LOGIKCATEGORY" : "KNXUF",
"LOGIKVERSION" : "1.00",
"LOGIKDESCRIPTION" : "\n",
"LOGIKDEBUG" : 0,
"LOGIKCOMPILEMODE" : 1,
"COMPILERCHECK" : "__import__('sys').version[:3] == '{0}'".format(sys.version[:3]),
"COMPILERVERSION" : sys.version[:3],
"LOGIKNOW" : time.strftime("%Y-%m-%d %H:%M"),
"LOGIKYEAR" : time.strftime("%Y"),
"LOGIKFILENAME" : "{LOGIKID}_{LOGIKNAME}"
}
self.LogikHeader = []
self.Eingang = [{'value':0}]
self.Ausgang = [{'value':0}]
self.Speicher = [{'value':0}]
self.Offset = [[0,0,None]]
self.Formel = []
self.runStart = False
self.isRemanent = False
self.iscrypted = False
self.rawlines = []
self.bCode = []
self.Options = { 'decode':False,'strict':False}
self.Errors = {'warning':0, 'error':0}
self.KOGW = {'running':False,'thread':None,'socket':None,'connected':False,'hsip': '','gwport':0,'gwsecret': ''}
self.KOGWInObj = {}
self.AutoRun = True
self.AutoConnect = False
self.hsupload_dir = None
self.mutex = threading.RLock()
## some dummy Vars
_mc = HomerServerDummy()
hs_fkt.GlobalMC = _mc
self.MC = _mc
_mc.LGT = self
_mc.SystemID = "0123456789ab"
_mc.ProjectID = time.strftime("%Y%m%d%H%M%S000",time.localtime())
_mc.SichQueue = Queue.Queue()
## GUI
_mc.GUI = dummy()
_mc.GUI.ExtDatUrl = {}
_guiclient = dummy()
_guiclient.BGList = { "DUMMYBG": [0,4321, "image/png" ] }
_guiclient.IconList = { "DUMMYICO" : [20,1234, "image/png" ] }
_guiclient.BGHash = hashlib.md5("")
_guiclient.IconHash = hashlib.md5("")
_mc.GUI.ClientKeyList = {
"D1024V" : _guiclient
}
## LogikList
_mc.LogikList = dummy()
_mc.LogikList.ConnectList = []
_mc.LogikList.calcLock = threading.RLock()
_mc.EIBTreiber = dummy()
_mc.EIBTreiber.BcuVersion = 2
_mc.EIBTreiber.BcuPhysAdr = 1
_mc.ThreadSign = types.MethodType(dummyThreadsigner,_mc)
## TagList
_mc.TagList = dummy()
_mc.TagList.LGT = self
_mc.TagList.TagList = {}
_mc.TagList.GrpListAll = {1 : HSIKOdummy(self,1)}
_mc.TagList.setWert = types.MethodType(taglist_setwert,_mc.TagList) ## FIXME
## Zyklustimer
_mc.ZyklusTimer = dummy()
_mc.ZyklusTimer.addTimerList = types.MethodType(addZyklustimer,_mc.ZyklusTimer) ## FIXME
## KameraList
_mc.KameraList = dummy()
_mc.KameraList.KamList = {}
## IP
_mc.Ethernet = dummy()
_mc.Ethernet.IPAdr = get_local_ip()
_mc.Ethernet.IPPort = 8080
## Default HS Resolver
_mc.DNSResolver = dummy()
_mc.DNSResolver.NameServer = ["192.168.232.1"] #["8.8.8.8","8.8.4.4"]
_mc.DNSResolver.getHostIP = socket.gethostbyname
## Debug
_mc.Debug = debug_dummy()
_mc.ServerQueueGUI = Queue.Queue()
## HS Telefonbedienung
_mc.TelefonInterface = dummy()
_mc.TelefonInterface.DoBefehl = lambda pZielnr,pAbsendernr: console_intern("Telefonbedienung: Ziel:{0} Absender:{1}".format(pZielnr,pAbsendernr))
## HS self dummy
_HSself = HSLogikSelfDummy()
_HSself.MC = _mc
_HSself.ID = self.LogikNum
_HSself.makeCheckSum = lambda: hashlib.md5(str(random.random())).hexdigest()
## HS Logik dummy
_pItem = HSLogikItemDummy()
_pItem.MC = _mc
_pItem.NextStart = 0
_pItem.SendIntervall = 0
_pItem.ID = 1
_pItem.Speicher = 0
_pItem.SpeicherWert = []
_pItem.Eingang = []
_pItem.Ausgang = []
_pItem.SpeicherWert = []
_pItem.OutWert = []
_pItem.InWert = []
_pItem.OutOfset = []
_pItem.LogikItem = _HSself
_pItem.LogikItem.Speicher = []
_pItem.LogikItem.AnzSpeicher = 0
_pItem.LogikItem.AnzOutput = 0
_mc.LogikList.GatterList = {
_pItem.ID : _pItem
}
## make them local
self.localVars = {
'self':_HSself,
'pItem':_pItem,
'Timer':[[None,None]],
'EI':1,
'EN':[None],
'EC':[None],
'EA':[None],
'SN':[None],
'SC':[None],
'SA':[None],
'AN':[None],
'AC':[None],
'AA':[None],
'ON':[None],
'OC':[None],
'OA':[None]
}
self.globalVars = globals()
def readConfig(self,configFile):
global DEBUG
self.Licences = {}
configparse = ConfigParser.SafeConfigParser()
configparse.read(configFile)
#for _lic in configparse.options("licences"):
# self.Licences[_lic] = configparse.get("licences",_lic)
_setoptions = {}
if self.LogikNum == 10100:
console_info("Looking for global Config")
else:
console_info("Looking for %s%r%s Config" % (Fore.GREEN,self.LogikNum,COLORINFO))
try:
DEBUG = configparse.getboolean('default','debug')
_setoptions["DEBUG"] = str(DEBUG)
except (ConfigParser.NoOptionError,ConfigParser.NoSectionError):
pass
try:
self.AutoRun = configparse.getboolean('default','autorun')
_setoptions["AUTORUN"] = str(self.AutoRun)
except (ConfigParser.NoOptionError,ConfigParser.NoSectionError):
pass
try:
self.hsupload_dir = "{0}\\".format(configparse.get('default','hsupload').rstrip("\\"))
_setoptions["HSUPLOAD"] = self.hsupload_dir
except (ConfigParser.NoOptionError,ConfigParser.NoSectionError):
pass
if configparse.has_section(str(self.LogikNum)):
console_info("Found Config for %s%r%s" % (Fore.GREEN,self.LogikNum,COLORINFO))
try:
DEBUG = configparse.getboolean(str(self.LogikNum),'debug')
_setoptions["DEBUG"] = str(DEBUG)
except ConfigParser.NoOptionError:
pass
try:
self.AutoRun = configparse.getboolean(str(self.LogikNum),'autorun')
_setoptions["AUTORUN"] = str(self.AutoRun)
except ConfigParser.NoOptionError:
pass
try:
self.AutoConnect = configparse.getboolean(str(self.LogikNum),'autoconnect')
_setoptions["AUTOCONNECT"] = str(self.AutoConnect)
except ConfigParser.NoOptionError:
pass
try:
if configparse.getboolean(str(self.LogikNum),'admin'):
if sys.platform == "win32":
import ctypes
if not ctypes.windll.shell32.IsUserAnAdmin():
ctypes.windll.shell32.ShellExecuteW(None,u"runas",unicode(sys.executable),unicode(" ".join(['"{0}"'.format(_x) for _x in sys.argv[:]])),None,8)
sys.exit(0)
except ConfigParser.NoOptionError:
pass
for _v in configparse.options(str(self.LogikNum)):
_defSet = re.findall("^([e|a|s][n|a|c])\[(\d+)\]",_v)
if _defSet:
_defSet = _defSet[0]
_vals = configparse.get(str(self.LogikNum),_v)
for _val in _vals.split("|"):
if _val.startswith("$IKO$"):
try:
#_iko = (lambda x: (lambda y: int(y[0]) <<11 | int(y[1]) << 8 | int(y[2]))(x.split("/")))(_val[5:])
_iko = str2grp(_val[5:])
if _defSet[0].upper() == "EN":
self.KOGWInObj[_iko] = int(_defSet[1])
self.Eingang[int(_defSet[1])]['ikos'].append(_val[5:])
console_info("** Setze IKO %s auf %sEN[%d]" % (Fore.GREEN + _val[5:] + COLORINFO,Fore.GREEN,int(_defSet[1])))
elif _defSet[0].upper() == "AN":
self.Ausgang[int(_defSet[1])]['ikos'].append(_val[5:])
console_info("** Setze IKO %s auf %sAN[%d]" % (Fore.GREEN + _val[5:] + COLORINFO,Fore.GREEN,int(_defSet[1])))
except:
pass
else:
self.setVar(_defSet[0].upper(),int(_defSet[1]),_val)
#print "%s: %r" % (_v,configparse.get(str(self.LogikNum),_v))
try:
self.KOGW['hsip'] = configparse.get('kogw','hsip')
self.KOGW['gwport'] = configparse.getint('kogw','gwport')
self.KOGW['gwsecret'] = configparse.get('kogw','gwsecret')
_setoptions["KOGW"] = "{0}:{1}".format(self.KOGW['hsip'],self.KOGW['gwport'])
except (ConfigParser.NoOptionError,ConfigParser.NoSectionError):
pass
if _setoptions:
console_debug("\n".join(["{0}:{1}".format(k,v) for k,v in _setoptions.iteritems()]))
#print self.KOGW
def _readConfig(self,cfile='LogikGen.config'):
cfg = ConfigParser.SafeConfigParser()
cfg.read(cfile)
console(cfg.get('default','copyright',''))
console(cfg.get('default','compiler',''))
#print sys.executable
def showHSLhelp(self):
return ""
def Header(self,header):
self.LogikHeader = header.split("\n")
def connectKOGW(self):
if self.KOGW['socket']:
console_info("*** KO-Gateway schon verbunden ***")
return
self.KOGW['thread'] = threading.Thread(target=self.__connectKOGW)
self.KOGW['running'] = True
self.KOGW['thread'].setDaemon(True)
self.KOGW['thread'].start()
def disconnectKOGW(self):
self.KOGW['running'] = False
console_info("*** warte auf KO-Gateway ***")
self.KOGW['thread'].join()
def __connectKOGW(self):
while self.KOGW['running']:
try:
if not self.KOGW['socket']:
try:
self.KOGW['socket'] = socket.socket(socket.AF_INET,socket.SOCK_STREAM)
self.KOGW['socket'].connect((self.KOGW['hsip'],self.KOGW['gwport']))
self.KOGW['socket'].send(self.KOGW['gwsecret']+"\x00")
console_info("*** Verbindung zum KO-Gateway hergestellt ***")
self.KOGW['connected'] = True
self.__readKOGW()
except:
self.KOGW['connected'] = False
traceback.print_exc(file=sys.stdout)
console_error("*** Fehler beim verbinden zum KO-Gateway des HS: %s:%d" % (self.KOGW['hsip'],self.KOGW['gwport']))
if not self.KOGW['running']:
break
_t = 0
while self.KOGW['running'] and _t < 20:
_t += 1
time.sleep(0.5)
finally:
self.KOGW['connected'] = False
console_info("*** Verbindung zum KO-Gateway getrennt ***")
self.KOGW['socket'].close()
self.KOGW['socket'] = None
def __readKOGW(self):
buf = ""
while self.KOGW['running']:
_r,_w,_e = select.select([self.KOGW['socket']],[],[],1)
if self.KOGW['socket'] in _r:
_buf = self.KOGW['socket'].recv(8192)
if not _buf:
break
buf += _buf
while buf.find("\x00"):
try:
line,buf = buf.split("\x00",1)
except ValueError:
break
info = line.split("|")
if len(info) > 2:
if not info[1]:
continue
address = int(info[1])
#addr = "%d/%d/%d" % ((address >> 11) & 0xff, (address >> 8) & 0x07, (address) & 0xff)
_io = self.KOGWInObj.get(address,None)
if _io:
console_info_ko("KO-Gateway Eingang {0}: Wert: {1}".format(_io,info[2]))
self.setVar("EN",_io,info[2])
## nicht beim INIT
if self.AutoRun and info[0] <> "2":
self.LogikCalc()
def __sendKOGW(self,iko,val):
if self.KOGW['socket']:
try:
_a = (lambda x: (lambda y: int(y[0]) <<11 | int(y[1]) << 8 | int(y[2]))(x.split("/")))(iko)
_s = "1|"+str(_a)+"|"+str(val)+"\x00"
self.KOGW['socket'].send(_s)
except:
traceback.print_exc(file=sys.stdout)
pass
def LogikError(self,typ,line,LineNum,msg=" ",console=console):
if typ == "5000":
console_error("*** Fehler bei Experte Definition 5000: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5000|\"Text\"|Remanent(1/0)|Anz.Eing�nge|.n.|Anzahl Ausg�nge|.n.|.n.")
elif typ == "5001":
console_error("*** Fehler bei HS Logik Definition 5001: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5001|Anzahl Eing�nge|Ausg�nge|Offset|Speicher|Berechnung bei Start")
elif typ == "5002":
console_error("*** Fehler bei Eingangsdefinition 5002: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5002|Index Eingang|Default Wert|0=numerisch 1=alphanummerisch")
elif typ =="5003":
console_error("*** Fehler bei Speicherdefinition 5003: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5003|Speicher|Initwert|Remanent")
elif typ =="5004":
console_error("*** Fehler bei Ausgangsdefinition 5004: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5004|ausgang|Initwert|runden bin�r (0/1)|typ (1-send/2-sbc)|0=numerisch 1=alphanummerisch")
elif typ =="5012":
console_error("*** Fehler bei Formel Definition 5012: Zeile %d %s***" % (LineNum,msg))
console_info("\n#5012|abbruch bei bed. (0/1)|bedingung|formel|zeit|pin-ausgang|pin-offset|pin-speicher|pin-neg.ausgang")
else:
console("TYPE %r" % (typ),color=Back.RED)
console("--------------------------------------------------------------------------")
console(line)
console("--------------------------------------------------------------------------")
#__import__('traceback').print_exc(file=__import__('sys').stdout)
self.Errors['error'] +=1
if self.Options['strict']:
self.exitall(1)
def exitall(self,_r):
if _r > 0:
traceback.print_exc(file=sys.stdout)
if self.KOGW['running']:
self.KOGW['running'] = False
console("** Warte auf KO-Gateway *** ")
self.KOGW['thread'].join()
for _t in self.Offset:
try:
_t[2].cancel()
except:
pass
_active_threads = threading.enumerate()
for _thread in _active_threads:
if _thread <> threading.currentThread():
try:
console_debug("Beende Thread: %r " % (_thread.name))
if type(_thread) == hs_timer:
_thread.cancel()
else:
_thread._Thread__stop()
console_error("--> killed thread: {0}".format(_thread.name))
_thread.join(2)
except:
traceback.print_exc(file=sys.stdout)
print ("Failed")
## Farben wiederherstellen
console( "** CLEANUP **")
if hasattr(sys.stdout,"TEE"):
sys.stdout = sys.stdout.stdout
#print Fore.WHITE,Back.BLACK,Style.RESET_ALL,
if hasattr(os,"kill"):
#print ("raise SIGTERM")
_pid = os.getpid()
os.kill(_pid,signal.SIGTERM)
time.sleep(0.5)
#sys.exit(int(_r <> 0))
raise SystemExit(int(_t <> 0))
def LogikDebug(self):
console("\n\n### Logik Debugger ###\n")
if self.hsupload_dir:
console_info("lade hsupload-Verzeichnis '{0}' hoch".format(self.hsupload_dir))
for _root,_dirs,_files in os.walk(self.hsupload_dir):
for _file in _files:
ExtDatItem(os.path.join(_root,_file),self.MC)
console_info("")
if self.AutoConnect:
self.connectKOGW()
while True:
time.sleep(0.5)
if self.KOGW['connected']:
break
time.sleep(0.5)
console_info("*** Waiting for KOGW ***")
if self.AutoRun and self.runStart:
self.LogikCalc()
while True:
try:
_cmd = raw_input("\r>> ")
if hasattr(sys.stdout,"TEE") and len(_cmd) > 1 :
sys.stdout.log(">> " + _cmd)
except (KeyboardInterrupt,SystemExit):
self.exitall(0)
_lcmd = _cmd.lower()
try:
if _lcmd.startswith("quit") or _lcmd.startswith("exit"):
self.exitall(0)
break