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gsup_config.py
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gsup_config.py
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#! /usr/bin/env python3
# -*- coding: UTF-8 -*-
"""
gsup_config.py - GeigerLog support file to evaluate the configuration
include in programs with:
import gsup_config
"""
###############################################################################
# This file is part of GeigerLog.
#
# GeigerLog 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.
#
# GeigerLog 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 GeigerLog. If not, see <http://www.gnu.org/licenses/>.
###############################################################################
__author__ = "ullix"
__copyright__ = "Copyright 2016, 2017, 2018, 2019, 2020, 2021, 2022, 2023, 2024"
__credits__ = [""]
__license__ = "GPL3"
from gsup_utils import *
def readGeigerLogConfig():
"""reading the configuration file, return if not available.
Not-available or illegal options are being ignored with only a debug message"""
###### local function ###########################################################
def getConfigEntry(section, parameter, ptype):
"""utility for readGeigerLogConfig"""
defname = "getConfigEntry: "
# mdprint(defname, "section: '{}' parameter: '{}' ptype: '{}'".format(section, parameter, ptype))
errmsg = "\n\n<b>Problems in GeigerLog Configuration File</b>\n"
errmsg += "(if possible will continue using defaults):\n\n"
errmsg += "-" * 100
try:
t = config.get(section, parameter).strip()
# mdprint(defname, "t: '{}' end of t".format(t))
# t = t.strip()
t = t.strip().replace(" ", "")
if ptype == "float": t = float(t)
elif ptype == "int": t = int(float(t))
elif ptype == "str": t = t
elif ptype == "upper": t = t.upper()
return t
except ValueError: # e.g. failure to convert to float
errmsg += "Section: {}, Parameter: {}\nProblem: has wrong value: '{}'".format(section, parameter, t)
g.configAlerts += errmsg + "\n\n"
edprint("WARNING: " + errmsg, debug=True)
return "WARNING"
except Exception as e:
errmsg += "Section: {}, Parameter: {}\n\nProblem: {}".format(section, parameter, e)
g.configAlerts += errmsg + "\n\n"
edprint("WARNING: " + errmsg, debug=True)
return "WARNING"
##################################################################################
defname = "readGeigerLogConfig: "
dprint(defname)
setIndent(1)
infostrHeader = "cfg: {:35s} {}"
infostr = "cfg: {:35s}: {}"
while True:
# does the config file exist and can it be read?
# print(defname, "config.file: ", g.configFile)
if not os.path.isfile(g.configFile) or not os.access(g.configFile, os.R_OK) :
msg = """Configuration file <b>'geigerlog.cfg'</b> does not exist or is not readable."""
edprint(msg, debug=True)
msg += "<br><br>Please check and correct. Cannot continue, will exit."
g.startupProblems = msg
break
# is it error free?
try:
config = configparser.ConfigParser()
with open(g.configFile) as f:
config.read_file(f)
except Exception as e:
msg = "Configuration file <b>'geigerlog.cfg'</b> cannot be interpreted."
exceptPrint(e, msg)
msg += "\n\nNote that duplicate entries are not allowed!"
msg += "\n\nERROR Message:\n" + str(sys.exc_info()[1])
msg += "\n\nPlease check and correct. Cannot continue, will exit."
g.startupProblems = msg.replace("\n", "<br>")
break
# the config file exists and can be read:
dprint(infostrHeader.format("Startup values", ""))
# Logging
t = getConfigEntry("Logging", "LogCycle", "upper" )
if t != "WARNING":
if t == "AUTO": g.LogCycle = 1
else:
try: ft = float(t)
except: ft = 1
if ft >= 0.1: g.LogCycle = ft
else: g.LogCycle = 1
dprint(infostr.format("Logcycle (sec)", g.LogCycle))
# DataDirectory
t = getConfigEntry("DataDirectory", "DataDir", "str" )
# edprint("DataDirectory: g.dataDir:", g.dataDir)
if t != "WARNING":
errmsg = "WARNING: "
try:
if t.upper() == "AUTO":
pass # no change to default = 'data'
else:
if os.path.isabs(t): testpath = t # is it absolute path? yes
else: testpath = g.dataDir + "/" + t # it is relative path? yes
#cdprint("path:", testpath)
# Make sure the data directory exists; create it if needed
# ignore if it cannot be made or is not writable
if os.access(testpath, os.F_OK):
# dir exists, ok
if not os.access(testpath , os.W_OK):
# dir exists, but is not writable
errmsg += "Configured data directory '{}' exists, but is not writable".format(testpath)
raise NameError
else:
# dir exists and is writable
g.dataDir = testpath
else:
# dir does not exist; make it
try:
os.mkdir(testpath)
g.dataDir = testpath
except:
# dir cannot be made
errmsg += "Could not make configured data directory '{}'".format(testpath)
raise NameError
except Exception as e:
dprint(errmsg, "; Exception:", e, debug=True)
dprint(infostr.format("Data directory", g.dataDir))
# USEVENVSUBDIR
t = getConfigEntry("DataDirectory", "UseVenvSubDir", "upper" )
if t != "WARNING":
if t == "AUTO": g.useVenvDirectory = False
elif t == "YES": g.useVenvDirectory = True
else: g.useVenvDirectory = False
dprint(infostr.format("UseVenvSubDir", g.useVenvDirectory))
# [TimeZone]
# # UTC Correction
# # The time difference between time at your location and UTC time is recognized
# # by GeigerLog automatically.
# #
# # However, browsers like Firefox and Chrome have the unfortunate property of converting
# # all Javascript time formats as if they were UTC times. Other browsers may respond
# # differently, so if the automatic correction fails, you can enter the desired
# # correction here.
# #
# # The value entered here is ADDED to the times found by the browsers. E.g., Germany
# # has a (negative) 1 h offset to UTC in wintertime, and 2h in summertime.
# # So, in summertime correct with -2 * 3600 (= minus 7200) sec.
# #
# # NOTE: For some odd political reasons the maximum plus time zone is indeed 14h and
# # not 12h! (https://en.wikipedia.org/wiki/Time_zone)
# #
# # Option auto (recommended) defaults to the automatic calculation.
# #
# # Options: auto | <any number from -43200 (=-12*3600) to +50400 (=+14*3600)>
# # Default = auto
# TimeZoneUTCcorr = auto
# TimeZone Offset to UTC
t = getConfigEntry("TimeZone", "TimeZoneOffset", "upper" )
if t != "WARNING":
if t == "AUTO": g.TimeZoneOffset = "auto"
else:
try:
tzuc = int(float(t))
if -12 * 3600 <= tzuc <= +14 * 3600: g.TimeZoneOffset = tzuc
else: g.TimeZoneOffset = "auto"
except Exception as e:
exceptPrint(e, "TimeZoneOffset has non-numeric value: '{}'".format(t))
g.TimeZoneOffset = "auto"
dprint(infostr.format("TimeZone Offset", g.TimeZoneOffset))
# # Manual
# t = getConfigEntry("Manual", "ManualName", "str" )
# if t != "WARNING":
# if t.upper() == "AUTO" or t == "":
# g.manual_filename = "auto"
# dprint(infostr.format("Filename GeigerLog Manual", g.manual_filename))
# else:
# pathisabs = os.path.isabs(t)
# if pathisabs: manual_file = t
# else: manual_file = os.path.join(getPathToProgDir(), t)
# if os.path.isfile(manual_file): # does the file exist?
# # it exists
# g.manual_filename = t
# dprint(infostr.format("Filename GeigerLog Manual", g.manual_filename))
# else:
# # it does not exist
# g.manual_filename = "auto"
# dprint("WARNING: Filename GeigerLog Manual '{}' does not exist".format(t))
# Monitor Server
dprint(infostrHeader.format("Monitor Server", ""))
# MonServer Autostart
t = getConfigEntry("MonServer", "MonServerAutostart", "upper" )
if t != "WARNING":
if t == "NO": g.MonServerAutostart = False
else: g.MonServerAutostart = True
dprint(infostr.format("MonServer Autostart", g.MonServerAutostart))
# MonServer SSL
t = getConfigEntry("MonServer", "MonServerSSL", "upper" )
if t != "WARNING":
if t == "YES": g.MonServerSSL = True
else: g.MonServerSSL = False
dprint(infostr.format("MonServer SSL", g.MonServerSSL))
# MonServer Port
t = getConfigEntry("MonServer", "MonServerPort", "upper" )
if t != "WARNING":
if t == "AUTO": g.MonServerPorts = "auto"
else:
default = False
mspraw = t.split(",")
# edprint("mspraw: ", mspraw)
MSPorts = []
for pn in mspraw:
pn = pn.strip()
if pn == "": continue
try:
tport = int(float(pn))
# edprint("tport: ", tport)
if 1024 <= tport <= 65535:
MSPorts.append(tport)
else:
default = True
break
except Exception as e:
exceptPrint(e, "MonServerPort has non-numeric value")
default = True
break
if default: g.MonServerPorts = "auto"
else: g.MonServerPorts = MSPorts
dprint(infostr.format("MonServer Port", g.MonServerPorts))
# MonServerThresholds (low, high)
t = getConfigEntry("MonServer", "MonServerThresholds", "upper" )
if t != "WARNING":
if t == "AUTO": g.MonServerThresholds = "auto"
else:
ts = t.split(",")
if len(ts) == 2:
try:
lo = float(ts[0])
hi = float(ts[1])
if lo > 0 and hi > lo: g.MonServerThresholds = (lo, hi)
else: g.MonServerThresholds = "auto"
except:
g.MonServerThresholds = "auto"
else:
g.MonServerThresholds = "auto"
dprint(infostr.format("MonServer Thresholds", g.MonServerThresholds))
# MonServerPlotConfig (Default: 10, 0, 1)
t = getConfigEntry("MonServer", "MonServerPlotConfig", "upper" )
if t != "WARNING":
# edprint("config: t: ", t)
if t == "AUTO": g.MonServerPlotConfig = "auto"
else:
ts = t.split(",")
# edprint("config: ts: ", ts)
if len(ts) == 3:
try:
plotlen = clamp(float(ts[0]), 0.1, 1500)
plottop = clamp(int(float(ts[1])), 0, 11)
plotbot = clamp(int(float(ts[2])), 0, 11)
g.MonServerPlotConfig = (plotlen, plottop, plotbot)
except:
exceptPrint(e, "config MonServerPlotConfig")
g.MonServerPlotConfig = "auto"
else:
g.MonServerPlotConfig = "auto"
dprint(infostr.format("MonServer PlotConfig", g.MonServerPlotConfig))
# MonServerDataConfig (Default: 1, 3, 10)
t = getConfigEntry("MonServer", "MonServerDataConfig", "upper" )
if t != "WARNING":
# edprint("config: t: ", t)
if t == "AUTO": g.MonServerDataConfig = "auto"
else:
ts = t.split(",")
# edprint("config: ts: ", ts)
if len(ts) == 3:
try:
dataA = clamp(float(ts[0]), 1, 1000)
dataB = clamp(float(ts[1]), 2, 1000)
dataC = clamp(float(ts[2]), 3, 1000)
g.MonServerDataConfig = (dataA, dataB, dataC)
except:
exceptPrint(e, "config MonServerDataConfig")
g.MonServerDataConfig = "auto"
else:
g.MonServerDataConfig = "auto"
dprint(infostr.format("MonServer DataConfig", g.MonServerDataConfig))
#inactive ####################
# #from geigerlog.cfg
# # MonServer REFRESH
# # This sets the refresh timings for the web pages Monitor, Data, Graph. The
# # numbers give the seconds after which the site will be refreshed. Numbers
# # must be separated by comma.
# #
# # Option auto defaults to 1, 10, 3
# #
# # Options: auto | < <Monitor Refresh> , <Data Refresh> , <Graph Refresh> >
# # Default = auto
# # MonServerRefresh = auto
# MonServerRefresh = 1, 10, 1
# # from here
# # # MonServer Refresh
# # t = getConfigEntry("MonServer", "MonServerRefresh", "upper" )
# # if t != "WARNING":
# # if t == "AUTO": g.MonServerRefresh = "auto"
# # else:
# # ts = t.split(",")
# # try:
# # g.MonServerRefresh[0] = int(ts[0])
# # g.MonServerRefresh[1] = int(ts[1])
# # g.MonServerRefresh[2] = int(ts[2])
# # except Exception as e:
# # exceptPrint(e, "MonServer Refresh defined improperly")
# # g.MonServerRefresh = "auto"
# # dprint(infostr.format("MonServer Refresh", g.MonServerRefresh))
# end inactive ####################
# Window
dprint(infostrHeader.format("Window", ""))
# Window HiDPIactivation
t = getConfigEntry("Window", "HiDPIactivation", "upper" )
if t != "WARNING":
if t == 'AUTO': g.hidpiActivation = "auto"
elif t == 'YES': g.hidpiActivation = "yes"
elif t == 'NO': g.hidpiActivation = "no"
else: g.hidpiActivation = "auto"
dprint(infostr.format("Window HiDPIactivation", g.hidpiActivation))
# Window HiDPIscaleMPL
t = getConfigEntry("Window", "HiDPIscaleMPL", "upper" )
if t != "WARNING":
if t == 'AUTO': g.hidpiScaleMPL = "auto"
try: g.hidpiScaleMPL = int(float(t))
except: g.hidpiScaleMPL = "auto"
dprint(infostr.format("Window HiDPIscaleMPL", g.hidpiScaleMPL))
# Window dimensions
w = getConfigEntry("Window", "windowWidth", "int" )
h = getConfigEntry("Window", "windowHeight", "int" )
# rdprint("Window dimension: ", w, " ", h)
if w != "WARNING" and h != "WARNING":
if w > 500 and w < 5000 and h > 100 and h < 5000:
g.window_width = w
g.window_height = h
dprint(infostr.format("Window dimensions (pixel)", "{} x {}".format(g.window_width, g.window_height)))
else:
dprint("WARNING: Config Window dimension out-of-bound; ignored: {} x {} pixel".format(g.window_width, g.window_height), debug=True)
# Window Size
t = getConfigEntry("Window", "windowSize", "upper" )
if t != "WARNING":
if t == 'MAXIMIZED': g.window_size = 'maximized'
else: g.window_size = 'auto'
dprint(infostr.format("Window Size ", g.window_size))
# Window Style
t = getConfigEntry("Window", "windowStyle", "str" )
if t != "WARNING":
available_style = QStyleFactory.keys()
if t in available_style: g.windowStyle = t
else: g.windowStyle = "auto"
dprint(infostr.format("Window Style ", g.windowStyle))
# WINDOW PAD COLORS cannot be used due to a bug in PyQt5
# # from the geigerlog.cfg file:
# # WINDOW PAD COLORS:
# # Sets the background color of NotePad and LogPad. Default is a
# # very light green for NotePad, and very light blue for LogPad.
# # Colors can be given as names (red, green, lightblue,...) - not
# # all names will work - or #<red><green><blue> with red, green, blue
# # in HEX notation.
# # Example: #FFFFFF is pure white, #FF0000 is pure red, #00FF00 is pure green,
# # #CCCCFF is a blueish grey, and #000000 is pure black.
# #
# # Option auto defaults to: '#FaFFFa, #FaFaFF'
# #
# # Options: auto | <color name, color name>
# # Default = auto
# windowPadColor = auto
# # windowPadColor = #FaFFFa, #e0e0FF
#
# # Window Pad Color
# t = getConfigEntry("Window", "windowPadColor", "str" )
# if t != "WARNING":
# if t.upper() == "AUTO": g.windowPadColor = ("#FaFFFa", "#FaFaFF")
# else:
# ts = t.split(",")
# Np = ts[0].strip()
# Lp = ts[1].strip()
# g.windowPadColor = (Np, Lp)
# dprint(infostr.format("Window Pad BG-Color ", g.windowPadColor))
# Graphic
dprint(infostrHeader.format("Graphic", ""))
# Graphic MovingAverage
t = getConfigEntry("Graphic", "MovingAverage", "float" )
if t != "WARNING":
if t >= 1: g.mav_initial = t
else: g.mav_initial = 600
g.mav = g.mav_initial
dprint(infostr.format("Moving Average Initial (sec)", int(g.mav_initial)))
# Graphic Plotstyle
# dprint(infostrHeader.format("Plotstyle", ""))
# Graphic Plotstyle linewidth
# t = getConfigEntry("Plotstyle", "linewidth", "str" )
t = getConfigEntry("Graphic", "linewidth", "str" )
if t != "WARNING":
try: g.linewidth = float(t)
except: g.linewidth = 1
dprint(infostr.format("linewidth", g.linewidth))
# Graphic Plotstyle markersymbol
# t = getConfigEntry("Plotstyle", "markersymbol", "str" )
t = getConfigEntry("Graphic", "markersymbol", "str" )
if t != "WARNING":
t = t[0]
if t in "osp*h+xD" : g.markersymbol = t
else: g.markersymbol = 'o'
dprint(infostr.format("markersymbol", g.markersymbol))
# Graphic Plotstyle markersize
# t = getConfigEntry("Plotstyle", "markersize", "str" )
t = getConfigEntry("Graphic", "markersize", "str" )
if t != "WARNING":
try: g.markersize = float(t)
except: g.markersize = 15
dprint(infostr.format("markersize", g.markersize))
# Network
dprint(infostrHeader.format("Network", ""))
# WiFi SSID
t = getConfigEntry("Network", "WiFiSSID", "str" )
if t != "WARNING": g.WiFiSSID = t
dprint(infostr.format("WiFiSSID", g.WiFiSSID))
# WiFi Password
t = getConfigEntry("Network", "WiFiPassword", "str" )
if t != "WARNING": g.WiFiPassword = t
dprint(infostr.format("WiFiPassword", g.WiFiPassword))
# Radiation World Maps
dprint(infostrHeader.format("Worldmaps", ""))
t = getConfigEntry("Worldmaps", "gmcmapWebsite", "str" )
if t != "WARNING": g.gmcmapWebsite = t
dprint(infostr.format("Website", g.gmcmapWebsite))
t = getConfigEntry("Worldmaps", "gmcmapURL", "str" )
if t != "WARNING": g.gmcmapURL = t
dprint(infostr.format("URL", g.gmcmapURL))
t = getConfigEntry("Worldmaps", "gmcmapUserID", "str" )
if t != "WARNING": g.gmcmapUserID = t
dprint(infostr.format("UserID", g.gmcmapUserID))
t = getConfigEntry("Worldmaps", "gmcmapCounterID", "str" )
if t != "WARNING": g.gmcmapCounterID = t
dprint(infostr.format("CounterID", g.gmcmapCounterID))
#
# ValueFormula - it DOES modify the variable value!
#
# infostr = "INFO: {:35s}: {}"
dprint(infostrHeader.format("ValueFormula", ""))
for vname in g.VarsCopy:
t = getConfigEntry("ValueFormula", vname, "upper" )
if t != "WARNING":
if t == "": pass # use value from gglobs
else: g.ValueScale[vname] = t
dprint(infostr.format("ValueScale['{}']".format(vname), g.ValueScale[vname]))
#
# GraphFormula - it does NOT modify the variable value, only the plot value
#
dprint(infostrHeader.format("GraphFormula", ""))
for vname in g.VarsCopy:
t = getConfigEntry("GraphFormula", vname, "upper" )
if t != "WARNING":
if t == "": pass # use value from gglobs
else: g.GraphScale[vname] = t
dprint(infostr.format("GraphScale['{}']".format(vname), g.GraphScale[vname]))
###
### TubeSensitivities
###
dprint(infostrHeader.format("TubeSensitivities", ""))
t = getConfigEntry("TubeSensitivities", "TubeSensitivityDef", "str" )
# rdprint(defname, "t Def: ", t)
if t != "WARNING":
if t.upper() == 'AUTO': g.TubeSensitivity[0] = "auto"
else:
try:
tf = float(t)
if tf > 0: g.TubeSensitivity[0] = tf
else: g.TubeSensitivity[0] = "auto"
except: g.TubeSensitivity[0] = "auto"
dprint(infostr.format("TubeSensitivityDef", g.TubeSensitivity[0]))
t = getConfigEntry("TubeSensitivities", "TubeSensitivity1st", "str" )
# rdprint(defname, "t 1st: ", t)
if t != "WARNING":
if t.upper() == 'AUTO': g.TubeSensitivity[1] = "auto"
else:
try:
tf = float(t)
if tf > 0: g.TubeSensitivity[1] = tf
else: g.TubeSensitivity[1] = "auto"
except: g.TubeSensitivity[1] = "auto"
dprint(infostr.format("TubeSensitivity1st", g.TubeSensitivity[1]))
t = getConfigEntry("TubeSensitivities", "TubeSensitivity2nd", "str" )
# rdprint(defname, "t 2nd: ", t)
if t != "WARNING":
if t.upper() == 'AUTO': g.TubeSensitivity[2] = "auto"
else:
try:
tf = float(t)
if tf > 0: g.TubeSensitivity[2] = tf
else: g.TubeSensitivity[2] = "auto"
except: g.TubeSensitivity[2] = "auto"
dprint(infostr.format("TubeSensitivity2nd", g.TubeSensitivity[2]))
t = getConfigEntry("TubeSensitivities", "TubeSensitivity3rd", "str" )
# rdprint(defname, "t 3rd: ", t)
if t != "WARNING":
if t.upper() == 'AUTO': g.TubeSensitivity[3] = "auto"
else:
try:
tf = float(t)
if tf > 0: g.TubeSensitivity[3] = tf
else: g.TubeSensitivity[3] = "auto"
except: g.TubeSensitivity[3] = "auto"
dprint(infostr.format("TubeSensitivity3rd", g.TubeSensitivity[3]))
###
### DEVICES
###
dprint(infostrHeader.format("Activated Devices", ""))
# re-definition for increased indentation
infostrHeader = "cfg: {:31s} {}"
infostr = "cfg: {:31s}: {}"
# GMC_Device
t = getConfigEntry("GMC_Device", "GMC_Activation", "upper" )
if t != "WARNING":
if t == "YES":
g.Devices["GMC"][2] = True
if g.Devices["GMC"][2]: # show only if activated
dprint(infostrHeader.format("GMC Device", ""))
# GMC_Device Firmware Bugs
# location bug: "GMC-500+Re 1.18, GMC-500+Re 1.21"
t = getConfigEntry("GMC_Device", "GMC_locationBug", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.GMC_locationBug = "auto"
else: g.GMC_locationBug = t
dprint(infostr.format("Location Bug", g.GMC_locationBug))
# GMC_Device Firmware Bugs
# FET bug: GMC_FastEstTime
t = getConfigEntry("GMC_Device", "GMC_FastEstTime", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_FastEstTime = "auto"
elif t == "DYNAMIC": g.GMC_FastEstTime = 3
else:
try: tFET = int(float(t))
except: tFET = 0
if tFET in (3,5,10,15,20,30,60): g.GMC_FastEstTime = tFET
else: g.GMC_FastEstTime = "auto"
dprint(infostr.format("FET", g.GMC_FastEstTime))
# GMC_Device RTC_OFFSET
t = getConfigEntry("GMC_Device", "GMC_RTC_Offset", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_RTC_Offset = "auto"
else:
try: rtcos = clamp(int(float(t)), -59, 59)
except: rtcos = 0
g.GMC_RTC_Offset = rtcos
dprint(infostr.format("RTC_OFFSET", g.GMC_RTC_Offset))
# GMC_Device CLOCK_CORRECTION
t = getConfigEntry("GMC_Device", "GMC_GL_ClockCorrection", "upper" )
# rdprint(defname, "GMC_GL_ClockCorrection: ", g.GMC_GL_ClockCorrection)
if t != "WARNING":
if t == "AUTO": g.GMC_GL_ClockCorrection = "auto"
else:
try: rtcos = clamp(int(float(t)), 0, 59)
except: rtcos = "auto"
if 1: g.GMC_GL_ClockCorrection = rtcos
dprint(infostr.format("CLOCK_CORRECTION", g.GMC_GL_ClockCorrection))
# GMC_Device memory
t = getConfigEntry("GMC_Device", "GMC_memory", "upper" )
if t != "WARNING":
if t == '1MB': g.GMC_memory = 2**20 # 1 048 576
elif t == '64KB': g.GMC_memory = 2**16 # 65 536
else: g.GMC_memory = 'auto'
dprint(infostr.format("Memory", g.GMC_memory))
# GMC_Device GMC_SPIRpage
t = getConfigEntry("GMC_Device", "GMC_SPIRpage", "upper" )
if t != "WARNING":
if t == '2K': g.GMC_SPIRpage = 2048 # @ 2k speed: 6057 B/sec
elif t == '4K': g.GMC_SPIRpage = 4096 # @ 4k speed: 7140 B/sec
elif t == '8K': g.GMC_SPIRpage = 4096 * 2 # @ 8k speed: 7908 B/sec
elif t == '16K': g.GMC_SPIRpage = 4096 * 4 # @16k speed: 8287 B/sec
else: g.GMC_SPIRpage = "auto"
dprint(infostr.format("SPIRpage", g.GMC_SPIRpage))
# GMC_Device GMC_SPIRbugfix
t = getConfigEntry("GMC_Device", "GMC_SPIRbugfix", "upper" )
if t != "WARNING":
if t == 'YES': g.GMC_SPIRbugfix = True
elif t == 'NO': g.GMC_SPIRbugfix = False
else: g.GMC_SPIRbugfix = 'auto'
dprint(infostr.format("SPIRbugfix", g.GMC_SPIRbugfix))
# GMC_Device GMC_configsize
t = getConfigEntry("GMC_Device", "GMC_configsize", "upper" )
if t != "WARNING":
t = config.get("GMC_Device", "GMC_configsize")
if t == '256': g.GMC_configsize = 256
elif t == '512': g.GMC_configsize = 512
else: g.GMC_configsize = 'auto'
dprint(infostr.format("Configsize", g.GMC_configsize))
# GMC_Device GMC_voltagebytes
t = getConfigEntry("GMC_Device", "GMC_voltagebytes", "upper" )
if t != "WARNING":
if t == '1': g.GMC_voltagebytes = 1
elif t == '5': g.GMC_voltagebytes = 5
elif t == 'NONE': g.GMC_voltagebytes = None
else: g.GMC_voltagebytes = 'auto'
dprint(infostr.format("Voltagebytes", g.GMC_voltagebytes))
# GMC_Device GMC_endianness
t = getConfigEntry("GMC_Device", "GMC_endianness", "upper" )
if t != "WARNING":
if t == 'LITTLE': g.GMC_endianness = 'little'
elif t == 'BIG': g.GMC_endianness = 'big'
else: g.GMC_endianness = 'auto'
dprint(infostr.format("Endianness", g.GMC_endianness))
# GMC_Device GMC_CfgHiIndex
t = getConfigEntry("GMC_Device", "GMC_CfgHiIndex", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_CfgHiIndex = "auto"
elif t in range(0, 8): g.GMC_CfgHiIndex = int(t)
else: g.GMC_CfgHiIndex = "auto"
dprint(infostr.format("cfgHiIndex", g.GMC_CfgHiIndex))
# GMC_Device GMC_WiFiPeriod
t = getConfigEntry("GMC_Device", "GMC_WiFiPeriod", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_WiFiPeriod = "auto"
else:
try:
ift = int(float(t))
if ift > 0 and ift < 256: g.GMC_WiFiPeriod = ift
else: g.GMC_WiFiPeriod = "auto"
except: g.GMC_WiFiPeriod = "auto"
dprint(infostr.format("WiFiPeriod", g.GMC_WiFiPeriod))
# GMC_Device GMC_WiFiSwitch
t = getConfigEntry("GMC_Device", "GMC_WiFiSwitch", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_WiFiSwitch = "auto"
else:
if t == "ON": g.GMC_WiFiSwitch = 1
else: g.GMC_WiFiSwitch = 0
dprint(infostr.format("WiFiSwitch", g.GMC_WiFiSwitch))
# GMC_Device GMC_Bytes
t = getConfigEntry("GMC_Device", "GMC_Bytes", "upper" )
if t != "WARNING":
if t == "AUTO": g.GMC_Bytes = "auto"
else:
try:
nt = int(t)
if nt in (2, 4): g.GMC_Bytes = nt
else: g.GMC_Bytes = "auto"
except Exception as e:
exceptPrint(e, "GMC_Device GMC_Bytes")
g.GMC_Bytes = "auto"
dprint(infostr.format("Bytes", g.GMC_Bytes))
# GMC_Device variables
t = getConfigEntry("GMC_Device", "GMC_Variables", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.GMC_Variables = "auto"
else: g.GMC_Variables = correctVariableCaps(t)
dprint(infostr.format("Variables", g.GMC_Variables))
# GMC USB port
t = getConfigEntry("GMC_Device", "GMC_usbport", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.GMC_usbport = "auto"
else: g.GMC_usbport = t
dprint(infostr.format("USB Serial Port", g.GMC_usbport))
# GMC Device ID (Model, Serial No)
t = getConfigEntry("GMC_Device", "GMC_ID", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.GMC_ID = "auto"
else:
ts = t.split(",")
if len(ts) != 2: g.GMC_ID = "auto"
else:
ts[0] = ts[0].strip()
ts[1] = ts[1].strip()
if ts[0].upper() == "NONE": ts[0] = None
if ts[1].upper() == "NONE": ts[1] = None
g.GMC_ID = ts
dprint(infostr.format("Device IDs", g.GMC_ID))
# AudioCounter
t = getConfigEntry("AudioCounter", "AudioActivation", "upper" )
if t != "WARNING":
if t == "YES":
g.Devices["Audio"][2] = True
if g.Devices["Audio"][2]: # show only if activated
dprint(infostrHeader.format("AudioCounter Device", ""))
# AudioCounter DEVICE
t = getConfigEntry("AudioCounter", "AudioDevice", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.AudioDevice = "auto"
elif not ("," in t): g.AudioDevice = "auto" # must have 2 items separated by comma
else:
t = t.split(",", 1)
t[0] = t[0].strip()
t[1] = t[1].strip()
if t[0].isdecimal(): t[0] = int(t[0])
if t[1].isdecimal(): t[1] = int(t[1])
g.AudioDevice = tuple(t)
dprint(infostr.format("AudioDevice", g.AudioDevice))
# AudioCounter LATENCY
t = getConfigEntry("AudioCounter", "AudioLatency", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.AudioLatency = "auto"
elif not ("," in t): g.AudioLatency = "auto" # must have 2 items separated by comma
else:
t = t.split(",", 1)
try: t[0] = float(t[0])
except: t[0] = 1.0
try: t[1] = float(t[1])
except: t[1] = 1.0
g.AudioLatency = tuple(t)
dprint(infostr.format("AudioLatency", g.AudioLatency))
# AudioCounter PULSE Dir
t = getConfigEntry("AudioCounter", "AudioPulseDir", "upper" )
if t != "WARNING":
if t == "AUTO": g.AudioPulseDir = "auto"
elif t == "NEGATIVE": g.AudioPulseDir = False
elif t == "POSITIVE": g.AudioPulseDir = True
else: pass # unchanged from default False
dprint(infostr.format("AudioPulseDir", g.AudioPulseDir))
# AudioCounter PULSE Max
t = getConfigEntry("AudioCounter", "AudioPulseMax", "upper" )
if t != "WARNING":
if t == "AUTO": g.AudioPulseMax = "auto"
else:
try: g.AudioPulseMax = int(float(t))
except: g.AudioPulseMax = "auto"
if g.AudioPulseMax <= 0: g.AudioPulseMax = "auto"
dprint(infostr.format("AudioPulseMax", g.AudioPulseMax))
# AudioCounter LIMIT
t = getConfigEntry("AudioCounter", "AudioThreshold", "upper" )
if t != "WARNING":
if t == "AUTO": g.AudioThreshold = "auto"
else:
try: g.AudioThreshold = int(float(t))
except: g.AudioThreshold = 60
if g.AudioThreshold < 0 or g.AudioThreshold > 100:
g.AudioThreshold = 60
dprint(infostr.format("AudioThreshold", g.AudioThreshold))
# AudioCounter Variables
t = getConfigEntry("AudioCounter", "AudioVariables", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.AudioVariables = "auto"
else: g.AudioVariables = correctVariableCaps(t)
dprint(infostr.format("AudioVariables", g.AudioVariables))
# SerialPulse Device (e.g. Audio-To-Serial Device)
t = getConfigEntry("SerialPulseDevice", "SerialPulseActivation", "upper" )
if t != "WARNING":
if t == "YES":
g.Devices["SerialPulse"][2] = True
if g.Devices["SerialPulse"][2]: # show next lines only if Pulse device is activated
dprint(infostrHeader.format("SerialPulse Device", ""))
# AudioToSerial USB Port
t = getConfigEntry("SerialPulseDevice", "SerialPulseUsbport", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.SerialPulseUsbport = "auto"
else: g.SerialPulseUsbport = t
dprint(infostr.format("Serial Port", g.SerialPulseUsbport))
# AudioToSerial variables
t = getConfigEntry("SerialPulseDevice", "SerialPulseVariables", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.SerialPulseVariables = "auto"
else: g.Pulse = correctVariableCaps(t)
dprint(infostr.format("Variables", g.SerialPulseVariables))
# IoT Device
# IoT Activation
t = getConfigEntry("IoTDevice", "IoTActivation", "upper" )
if t != "WARNING":
if t == "YES":
g.Devices["IoT"][2] = True
if g.Devices["IoT"][2]: # show the other stuff only if activated
dprint(infostrHeader.format("IoT Device", ""))
# IoT Server IP
t = getConfigEntry("IoTDevice", "IoTBrokerIP", "str" )
if t != "WARNING":
if t.upper() == 'AUTO': g.IoTBrokerIP = "auto"
else: g.IoTBrokerIP = t
dprint(infostr.format("IoTBrokerIP", g.IoTBrokerIP ))
# IoT Server Port
t = getConfigEntry("IoTDevice", "IoTBrokerPort", "str" )
if t != "WARNING":
if t.upper() == 'AUTO': g.IoTBrokerPort = "auto"
else:
try: g.IoTBrokerPort = abs(int(t))
except: g.IoTBrokerPort = "auto"
dprint(infostr.format("IoTBrokerPort", g.IoTBrokerPort))
# IoT IoTUsername
t = getConfigEntry("IoTDevice", "IoTUsername", "str" )
if t != "WARNING":
if t.upper() == 'AUTO': g.IoTUsername = "auto"
else: g.IoTUsername = t
dprint(infostr.format("IoTUsername", g.IoTUsername))
# IoT IoTPassword
t = getConfigEntry("IoTDevice", "IoTPassword", "str" )
if t != "WARNING":
if t.upper() == 'AUTO': g.IoTPassword = "auto"
else: g.IoTPassword = t
dprint(infostr.format("IoTPassword", g.IoTPassword))
# IoT timeout
t = getConfigEntry("IoTDevice", "IoTTimeout", "upper" )
if t != "WARNING":
if t == 'AUTO': g.IoTTimeout = "auto"
else:
try:
if float(t) > 0: g.IoTTimeout = float(t)
else: g.IoTTimeout = "auto" # if zero or negative value given
except: g.IoTTimeout = "auto"
dprint(infostr.format("IoTTimeout", g.IoTTimeout))
# IoT Server Folder
t = getConfigEntry("IoTDevice", "IoTBrokerFolder", "str" )
if t != "WARNING":
# blank in folder name not allowed
if t == "" or " " in t or t.upper() == "AUTO": g.IoTBrokerFolder = "auto"
else:
g.IoTBrokerFolder = t
if g.IoTBrokerFolder[-1] != "/": g.IoTBrokerFolder += "/"
dprint(infostr.format("IoTBrokerFolder", g.IoTBrokerFolder ))
# IoT Client configs: IoTClientDataGL
t = getConfigEntry("IoTDevice", "IoTClientDataGL", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.IoTClientDataGL = "auto"
else: g.IoTClientDataGL = t
dprint(infostr.format("IoTClientDataGL", g.IoTClientDataGL))
# IoT Client configs: IoTClientTasmotaGL1
t = getConfigEntry("IoTDevice", "IoTClientTasmotaGL1", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.IoTClientTasmotaGL1 = "auto"
else: g.IoTClientTasmotaGL1 = t
dprint(infostr.format("IoTClientTasmotaGL1",g.IoTClientTasmotaGL1))
# IoT Client configs: IoTClientTasmotaGL2
t = getConfigEntry("IoTDevice", "IoTClientTasmotaGL2", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.IoTClientTasmotaGL2 = "auto"
else: g.IoTClientTasmotaGL2 = t
dprint(infostr.format("IoTClientTasmotaGL2",g.IoTClientTasmotaGL2))
# IoT Client configs: IoTClientTasmotaGL3
t = getConfigEntry("IoTDevice", "IoTClientTasmotaGL3", "str" )
if t != "WARNING":
if t.upper() == "AUTO": g.IoTClientTasmotaGL3 = "auto"
else: g.IoTClientTasmotaGL3 = t
dprint(infostr.format("IoTClientTasmotaGL3",g.IoTClientTasmotaGL3))