def printToPdf(self, theHtml, theFilename=None):
"""Render an html snippet into the printer, paginating as needed.
Args:
* theHtml: str A string containing an html snippet. It will have a
header and footer appended to it in order to make it a valid
html document. The header will also apply the bootstrap theme
to the document.
* theFilename: str String containing a pdf file path that the
output will be written to.
Returns:
str: The file path of the output pdf (which is the same as the
theFilename parameter if it was specified.
Raises:
None
"""
LOGGER.info('InaSAFE Map printToPdf called')
if theFilename is None:
myHtmlPdfPath = unique_filename(prefix='table',
suffix='.pdf',
dir=temp_dir('work'))
else:
# We need to cast to python string in case we receive a QString
myHtmlPdfPath = str(theFilename)
self.printer = setupPrinter(myHtmlPdfPath)
self.loadAndWait(theHtmlSnippet=theHtml)
self.webView.print_(self.printer)
return myHtmlPdfPath
def printToPdf(self, theHtml, theFilename=None):
"""Render an html snippet into the printer, paginating as needed.
Args:
* theHtml: str A string containing an html snippet. It will have a
header and footer appended to it in order to make it a valid
html document. The header will also apply the bootstrap theme
to the document.
* theFilename: str String containing a pdf file path that the
output will be written to.
Returns:
str: The file path of the output pdf (which is the same as the
theFilename parameter if it was specified.
Raises:
None
"""
LOGGER.info('InaSAFE Map printToPdf called')
if theFilename is None:
myHtmlPdfPath = unique_filename(prefix='table',
suffix='.pdf',
dir=temp_dir('work'))
else:
# We need to cast to python string in case we receive a QString
myHtmlPdfPath = str(theFilename)
self.printer = setupPrinter(myHtmlPdfPath)
self.loadAndWait(theHtmlSnippet=theHtml)
self.webView.print_(self.printer)
return myHtmlPdfPath
def printImpactTable(self, theKeywords, theFilename=None):
"""High level table generator to print layer keywords.
It gets the summary and impact table from a QgsMapLayer's keywords and
renders to pdf, returning the resulting PDF file path.
Args:
theKeywords: dic containing impact layer keywords (required)
Returns:
str: Path to generated pdf file.
Raises:
None
"""
myFilePath = theFilename
if theFilename is None:
myFilePath = unique_filename(suffix='.pdf', dir=temp_dir())
try:
mySummaryTable = theKeywords['impact_summary']
except KeyError:
mySummaryTable = None
myAttributionTable = impactLayerAttribution(theKeywords)
try:
myFullTable = theKeywords['impact_table']
except KeyError:
myFullTable = None
try:
myAggregationTable = theKeywords['postprocessing_report']
except KeyError:
myAggregationTable = None
myHtml = ''
if mySummaryTable != myFullTable and mySummaryTable is not None:
myHtml = '<h2>%s</h2>' % self.tr('Summary Table')
myHtml += mySummaryTable
if myAggregationTable is not None:
myHtml += myAggregationTable
if myAttributionTable is not None:
myHtml += myAttributionTable
myHtml += '<h2>%s</h2>' % self.tr('Detailed Table')
myHtml += myFullTable
else:
if myAggregationTable is not None:
myHtml = myAggregationTable
if myFullTable is not None:
myHtml += myFullTable
if myAttributionTable is not None:
myHtml += myAttributionTable
# myNewFilePath should be the same as myFilePath
myNewFilePath = self.printToPdf(myHtml, myFilePath)
return myNewFilePath
def printImpactTable(self, theKeywords, theFilename=None):
"""High level table generator to print layer keywords.
It gets the summary and impact table from a QgsMapLayer's keywords and
renders to pdf, returning the resulting PDF file path.
Args:
theKeywords: dic containing impact layer keywords (required)
Returns:
str: Path to generated pdf file.
Raises:
None
"""
myFilePath = theFilename
if theFilename is None:
myFilePath = unique_filename(suffix='.pdf', dir=temp_dir())
try:
mySummaryTable = theKeywords['impact_summary']
except KeyError:
mySummaryTable = None
myAttributionTable = impactLayerAttribution(theKeywords)
try:
myFullTable = theKeywords['impact_table']
except KeyError:
myFullTable = None
try:
myAggregationTable = theKeywords['postprocessing_report']
except KeyError:
myAggregationTable = None
myHtml = ''
if mySummaryTable != myFullTable and mySummaryTable is not None:
myHtml = '<h2>%s</h2>' % self.tr('Summary Table')
myHtml += mySummaryTable
if myAggregationTable is not None:
myHtml += myAggregationTable
if myAttributionTable is not None:
myHtml += myAttributionTable
myHtml += '<h2>%s</h2>' % self.tr('Detailed Table')
myHtml += myFullTable
else:
if myAggregationTable is not None:
myHtml = myAggregationTable
if myFullTable is not None:
myHtml += myFullTable
if myAttributionTable is not None:
myHtml += myAttributionTable
# myNewFilePath should be the same as myFilePath
myNewFilePath = self.printToPdf(myHtml, myFilePath)
return myNewFilePath
def test_Converting(self):
"""Test converting a file
"""
myDialog = ConverterDialog(PARENT)
myDialog.test_mode = True
myDialog.cBDefaultOutputLocation.setEnabled(False)
my_grid_path = os.path.join(TESTDATA, "grid.xml")
my_output_raster = unique_filename(prefix="result_grid", suffix=".tif", dir=temp_dir("test"))
myDialog.cBLoadLayer.setEnabled(True)
myDialog.leInputPath.setText(my_grid_path)
myDialog.leOutputPath.setText(my_output_raster)
myButton = myDialog.buttonBox.button(QDialogButtonBox.Ok)
QTest.mouseClick(myButton, Qt.LeftButton)
assert os.path.exists(my_output_raster), "Raster is not created"
def test_writeReadKeywordFromUri(self):
"""Test we can set and get keywords for a non local datasource"""
myHandle, myFilename = tempfile.mkstemp('.db', 'keywords_', temp_dir())
# Ensure the file is deleted before we try to write to it
# fixes windows specific issue where you get a message like this
# ERROR 1: c:\temp\inasafe\clip_jpxjnt.shp is not a directory.
# This is because mkstemp creates the file handle and leaves
# the file open.
os.close(myHandle)
os.remove(myFilename)
myExpectedKeywords = {
'category': 'exposure',
'datatype': 'itb',
'subcategory': 'building'
}
# SQL insert test
# On first write schema is empty and there is no matching hash
self.keywordIO.setKeywordDbPath(myFilename)
self.keywordIO.writeKeywordsForUri(PG_URI, myExpectedKeywords)
# SQL Update test
# On second write schema is populated and we update matching hash
myExpectedKeywords = {
'category': 'exposure',
'datatype': 'OSM', # <--note the change here!
'subcategory': 'building'
}
self.keywordIO.writeKeywordsForUri(PG_URI, myExpectedKeywords)
# Test getting all keywords
myKeywords = self.keywordIO.readKeywordFromUri(PG_URI)
myMessage = 'Got: %s\n\nExpected %s\n\nDB: %s' % (
myKeywords, myExpectedKeywords, myFilename)
assert myKeywords == myExpectedKeywords, myMessage
# Test getting just a single keyword
myKeyword = self.keywordIO.readKeywordFromUri(PG_URI, 'datatype')
myExpectedKeyword = 'OSM'
myMessage = 'Got: %s\n\nExpected %s\n\nDB: %s' % (
myKeyword, myExpectedKeyword, myFilename)
assert myKeyword == myExpectedKeyword, myMessage
# Test deleting keywords actually does delete
self.keywordIO.deleteKeywordsForUri(PG_URI)
try:
myKeyword = self.keywordIO.readKeywordFromUri(PG_URI, 'datatype')
#if the above didnt cause an exception then bad
myMessage = 'Expected a HashNotFoundError to be raised'
assert myMessage
except HashNotFoundError:
#we expect this outcome so good!
pass
def Xtest_Converting(self):
"""Test converting a file
"""
myDialog = ConverterDialog(PARENT)
myDialog.test_mode = True
myDialog.cBDefaultOutputLocation.setEnabled(False)
my_grid_path = os.path.join(TESTDATA, 'grid.xml')
my_output_raster = unique_filename(prefix='result_grid',
suffix='.tif',
dir=temp_dir('test'))
myDialog.cBLoadLayer.setEnabled(True)
myDialog.leInputPath.setText(my_grid_path)
myDialog.leOutputPath.setText(my_output_raster)
myButton = myDialog.buttonBox.button(QDialogButtonBox.Ok)
QTest.mouseClick(myButton, Qt.LeftButton)
assert os.path.exists(my_output_raster), 'Raster is not created'
def test_writeReadKeywordFromUri(self):
"""Test we can set and get keywords for a non local datasource"""
myHandle, myFilename = tempfile.mkstemp('.db', 'keywords_',
temp_dir())
# Ensure the file is deleted before we try to write to it
# fixes windows specific issue where you get a message like this
# ERROR 1: c:\temp\inasafe\clip_jpxjnt.shp is not a directory.
# This is because mkstemp creates the file handle and leaves
# the file open.
os.close(myHandle)
os.remove(myFilename)
myExpectedKeywords = {'category': 'exposure',
'datatype': 'itb',
'subcategory': 'building'}
# SQL insert test
# On first write schema is empty and there is no matching hash
self.keywordIO.setKeywordDbPath(myFilename)
self.keywordIO.writeKeywordsForUri(PG_URI, myExpectedKeywords)
# SQL Update test
# On second write schema is populated and we update matching hash
myExpectedKeywords = {'category': 'exposure',
'datatype': 'OSM', # <--note the change here!
'subcategory': 'building'}
self.keywordIO.writeKeywordsForUri(PG_URI, myExpectedKeywords)
# Test getting all keywords
myKeywords = self.keywordIO.readKeywordFromUri(PG_URI)
myMessage = 'Got: %s\n\nExpected %s\n\nDB: %s' % (
myKeywords, myExpectedKeywords, myFilename)
assert myKeywords == myExpectedKeywords, myMessage
# Test getting just a single keyword
myKeyword = self.keywordIO.readKeywordFromUri(PG_URI, 'datatype')
myExpectedKeyword = 'OSM'
myMessage = 'Got: %s\n\nExpected %s\n\nDB: %s' % (
myKeyword, myExpectedKeyword, myFilename)
assert myKeyword == myExpectedKeyword, myMessage
# Test deleting keywords actually does delete
self.keywordIO.deleteKeywordsForUri(PG_URI)
try:
myKeyword = self.keywordIO.readKeywordFromUri(PG_URI, 'datatype')
#if the above didnt cause an exception then bad
myMessage = 'Expected a HashNotFoundError to be raised'
assert myMessage
except HashNotFoundError:
#we expect this outcome so good!
pass
def setupLogger():
"""Run once when the module is loaded and enable logging
Args: None
Returns: None
Raises: None
Borrowed heavily from this:
http://docs.python.org/howto/logging-cookbook.html
Use this to first initialise the logger (see safe/__init__.py)::
from safe_qgis import utilities
utilities.setupLogger()
You would typically only need to do the above once ever as the
safe modle is initialised early and will set up the logger
globally so it is available to all packages / subpackages as
shown below.
In a module that wants to do logging then use this example as
a guide to get the initialised logger instance::
# The LOGGER is intialised in utilities.py by init
import logging
LOGGER = logging.getLogger('InaSAFE')
Now to log a message do::
LOGGER.debug('Some debug message')
.. note:: The file logs are written to the inasafe user tmp dir e.g.:
/tmp/inasafe/23-08-2012/timlinux/logs/inasafe.log
"""
myLogger = logging.getLogger('InaSAFE')
myLogger.setLevel(logging.DEBUG)
myDefaultHanderLevel = logging.DEBUG
# create formatter that will be added to the handlers
myFormatter = logging.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
# create syslog handler which logs even debug messages
# (ariel): Make this log to /var/log/safe.log instead of
# /var/log/syslog
# (Tim) Ole and I discussed this - we prefer to log into the
# user's temporary working directory.
myTempDir = temp_dir('logs')
myFilename = os.path.join(myTempDir, 'inasafe.log')
myFileHandler = logging.FileHandler(myFilename)
myFileHandler.setLevel(myDefaultHanderLevel)
# create console handler with a higher log level
myConsoleHandler = logging.StreamHandler()
myConsoleHandler.setLevel(logging.ERROR)
myQgisHandler = QgsLogHandler()
# TODO: User opt in before we enable email based logging.
# Email handler for errors
#myEmailServer = 'localhost'
#myEmailServerPort = 25
#mySenderAddress = '*****@*****.**'
#myRecipientAddresses = ['*****@*****.**']
#mySubject = 'Error'
#myEmailHandler = logging.handlers.SMTPHandler(
# (myEmailServer, myEmailServerPort),
# mySenderAddress,
# myRecipientAddresses,
# mySubject)
#myEmailHandler.setLevel(logging.ERROR)
# Sentry handler - this is optional hence the localised import
# It will only log if pip install raven. If raven is available
# logging messages will be sent to http://sentry.linfiniti.com
# We will log exceptions only there. Only if you have the env var
# 'INSAFE_SENTRY=1' present (value can be anything) will this be enabled.
if 'INASAFE_SENTRY' in os.environ:
try:
#pylint: disable=F0401
from raven.handlers.logging import SentryHandler
from raven import Client
#pylint: enable=F0401
myClient = Client('http://*****:*****@sentry.linfiniti.com/'
'4')
mySentryHandler = SentryHandler(myClient)
mySentryHandler.setFormatter(myFormatter)
mySentryHandler.setLevel(logging.ERROR)
if addLoggingHanderOnce(myLogger, mySentryHandler):
myLogger.debug('Sentry logging enabled')
except ImportError:
myLogger.debug('Sentry logging disabled')
#Set formatters
myFileHandler.setFormatter(myFormatter)
myConsoleHandler.setFormatter(myFormatter)
#myEmailHandler.setFormatter(myFormatter)
myQgisHandler.setFormatter(myFormatter)
# add the handlers to the logger
addLoggingHanderOnce(myLogger, myFileHandler)
addLoggingHanderOnce(myLogger, myConsoleHandler)
#addLoggingHanderOnce(myLogger, myEmailHandler)
addLoggingHanderOnce(myLogger, myQgisHandler)
def setupLogger(theLogFile=None, theSentryUrl=None):
"""Run once when the module is loaded and enable logging
Args:
* theLogFile: str - optional full path to a file to write logs to.
* theSentryUrl: str - optional url to sentry api for remote logging.
Defaults to http://c64a83978732474ea751d432ab943a6b
:[email protected]/5
which is the sentry project for InaSAFE desktop.
Returns: None
Raises: None
Borrowed heavily from this:
http://docs.python.org/howto/logging-cookbook.html
Use this to first initialise the logger (see safe/__init__.py)::
from safe_qgis import utilities
utilities.setupLogger()
You would typically only need to do the above once ever as the
safe modle is initialised early and will set up the logger
globally so it is available to all packages / subpackages as
shown below.
In a module that wants to do logging then use this example as
a guide to get the initialised logger instance::
# The LOGGER is intialised in utilities.py by init
import logging
LOGGER = logging.getLogger('InaSAFE')
Now to log a message do::
LOGGER.debug('Some debug message')
.. note:: The file logs are written to the inasafe user tmp dir e.g.:
/tmp/inasafe/23-08-2012/timlinux/logs/inasafe.log
"""
myLogger = logging.getLogger('InaSAFE')
myLogger.setLevel(logging.DEBUG)
myDefaultHanderLevel = logging.DEBUG
# create formatter that will be added to the handlers
myFormatter = logging.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
# create syslog handler which logs even debug messages
# (ariel): Make this log to /var/log/safe.log instead of
# /var/log/syslog
# (Tim) Ole and I discussed this - we prefer to log into the
# user's temporary working directory.
myTempDir = temp_dir('logs')
myFilename = os.path.join(myTempDir, 'inasafe.log')
if theLogFile is None:
myFileHandler = logging.FileHandler(myFilename)
else:
myFileHandler = logging.FileHandler(theLogFile)
myFileHandler.setLevel(myDefaultHanderLevel)
# create console handler with a higher log level
myConsoleHandler = logging.StreamHandler()
myConsoleHandler.setLevel(logging.INFO)
myQGISHandler = QgsLogHandler()
# Sentry handler - this is optional hence the localised import
# It will only log if pip install raven. If raven is available
# logging messages will be sent to http://sentry.linfiniti.com
# We will log exceptions only there. You need to either:
# * Set env var 'INSAFE_SENTRY=1' present (value can be anything)
# * Enable the 'help improve InaSAFE by submitting errors to a remove
# server' option in InaSAFE options dialog
# before this will be enabled.
mySettings = QtCore.QSettings()
myFlag = mySettings.value('inasafe/useSentry', False).toBool()
if 'INASAFE_SENTRY' in os.environ or myFlag:
if theSentryUrl is None:
myClient = Client(
'http://c64a83978732474ea751d432ab943a6b'
':[email protected]/5')
else:
myClient = Client(theSentryUrl)
mySentryHandler = SentryHandler(myClient)
mySentryHandler.setFormatter(myFormatter)
mySentryHandler.setLevel(logging.ERROR)
if addLoggingHanderOnce(myLogger, mySentryHandler):
myLogger.debug('Sentry logging enabled')
else:
myLogger.debug('Sentry logging disabled')
#Set formatters
myFileHandler.setFormatter(myFormatter)
myConsoleHandler.setFormatter(myFormatter)
myQGISHandler.setFormatter(myFormatter)
# add the handlers to the logger
addLoggingHanderOnce(myLogger, myFileHandler)
addLoggingHanderOnce(myLogger, myConsoleHandler)
addLoggingHanderOnce(myLogger, myQGISHandler)
def setupLogger():
"""Run once when the module is loaded and enable logging
Args: None
Returns: None
Raises: None
Borrowed heavily from this:
http://docs.python.org/howto/logging-cookbook.html
Use this to first initialise the logger (see safe/__init__.py)::
from safe_qgis import utilities
utilities.setupLogger()
You would typically only need to do the above once ever as the
safe modle is initialised early and will set up the logger
globally so it is available to all packages / subpackages as
shown below.
In a module that wants to do logging then use this example as
a guide to get the initialised logger instance::
# The LOGGER is intialised in utilities.py by init
import logging
LOGGER = logging.getLogger('InaSAFE')
Now to log a message do::
LOGGER.debug('Some debug message')
.. note:: The file logs are written to the inasafe user tmp dir e.g.:
/tmp/inasafe/23-08-2012/timlinux/logs/inasafe.log
"""
myLogger = logging.getLogger('InaSAFE')
myLogger.setLevel(logging.DEBUG)
myDefaultHanderLevel = logging.DEBUG
# create formatter that will be added to the handlers
myFormatter = logging.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
# create syslog handler which logs even debug messages
# (ariel): Make this log to /var/log/safe.log instead of
# /var/log/syslog
# (Tim) Ole and I discussed this - we prefer to log into the
# user's temporary working directory.
myTempDir = temp_dir('logs')
myFilename = os.path.join(myTempDir, 'inasafe.log')
myFileHandler = logging.FileHandler(myFilename)
myFileHandler.setLevel(myDefaultHanderLevel)
# create console handler with a higher log level
myConsoleHandler = logging.StreamHandler()
myConsoleHandler.setLevel(logging.ERROR)
myQgisHandler = QgsLogHandler()
# TODO: User opt in before we enable email based logging.
# Email handler for errors
#myEmailServer = 'localhost'
#myEmailServerPort = 25
#mySenderAddress = '*****@*****.**'
#myRecipientAddresses = ['*****@*****.**']
#mySubject = 'Error'
#myEmailHandler = logging.handlers.SMTPHandler(
# (myEmailServer, myEmailServerPort),
# mySenderAddress,
# myRecipientAddresses,
# mySubject)
#myEmailHandler.setLevel(logging.ERROR)
# Sentry handler - this is optional hence the localised import
# It will only log if pip install raven. If raven is available
# logging messages will be sent to http://sentry.linfiniti.com
# We will log exceptions only there. Only if you have the env var
# 'INSAFE_SENTRY=1' present (value can be anything) will this be enabled.
if 'INASAFE_SENTRY' in os.environ:
try:
#pylint: disable=F0401
from raven.handlers.logging import SentryHandler
from raven import Client
#pylint: enable=F0401
myClient = Client('http://*****:*****@sentry.linfiniti.com/'
'4')
mySentryHandler = SentryHandler(myClient)
mySentryHandler.setFormatter(myFormatter)
mySentryHandler.setLevel(logging.ERROR)
if addLoggingHanderOnce(myLogger, mySentryHandler):
myLogger.debug('Sentry logging enabled')
except ImportError:
myLogger.debug('Sentry logging disabled')
#Set formatters
myFileHandler.setFormatter(myFormatter)
myConsoleHandler.setFormatter(myFormatter)
#myEmailHandler.setFormatter(myFormatter)
myQgisHandler.setFormatter(myFormatter)
# add the handlers to the logger
addLoggingHanderOnce(myLogger, myFileHandler)
addLoggingHanderOnce(myLogger, myConsoleHandler)
#addLoggingHanderOnce(myLogger, myEmailHandler)
addLoggingHanderOnce(myLogger, myQgisHandler)
def setupLogger(theLogFile=None, theSentryUrl=None):
"""Run once when the module is loaded and enable logging
Args:
* theLogFile: str - optional full path to a file to write logs to.
* theSentryUrl: str - optional url to sentry api for remote logging.
Defaults to http://c64a83978732474ea751d432ab943a6b
:[email protected]/5
which is the sentry project for InaSAFE desktop.
Returns: None
Raises: None
Borrowed heavily from this:
http://docs.python.org/howto/logging-cookbook.html
Use this to first initialise the logger (see safe/__init__.py)::
from safe_qgis import utilities
utilities.setupLogger()
You would typically only need to do the above once ever as the
safe modle is initialised early and will set up the logger
globally so it is available to all packages / subpackages as
shown below.
In a module that wants to do logging then use this example as
a guide to get the initialised logger instance::
# The LOGGER is intialised in utilities.py by init
import logging
LOGGER = logging.getLogger('InaSAFE')
Now to log a message do::
LOGGER.debug('Some debug message')
.. note:: The file logs are written to the inasafe user tmp dir e.g.:
/tmp/inasafe/23-08-2012/timlinux/logs/inasafe.log
"""
myLogger = logging.getLogger('InaSAFE')
myLogger.setLevel(logging.DEBUG)
myDefaultHanderLevel = logging.DEBUG
# create formatter that will be added to the handlers
myFormatter = logging.Formatter(
'%(asctime)s - %(name)s - %(levelname)s - %(message)s')
# create syslog handler which logs even debug messages
# (ariel): Make this log to /var/log/safe.log instead of
# /var/log/syslog
# (Tim) Ole and I discussed this - we prefer to log into the
# user's temporary working directory.
myTempDir = temp_dir('logs')
myFilename = os.path.join(myTempDir, 'inasafe.log')
if theLogFile is None:
myFileHandler = logging.FileHandler(myFilename)
else:
myFileHandler = logging.FileHandler(theLogFile)
myFileHandler.setLevel(myDefaultHanderLevel)
# create console handler with a higher log level
myConsoleHandler = logging.StreamHandler()
myConsoleHandler.setLevel(logging.INFO)
myQGISHandler = QgsLogHandler()
# Sentry handler - this is optional hence the localised import
# It will only log if pip install raven. If raven is available
# logging messages will be sent to http://sentry.linfiniti.com
# We will log exceptions only there. You need to either:
# * Set env var 'INSAFE_SENTRY=1' present (value can be anything)
# * Enable the 'help improve InaSAFE by submitting errors to a remove
# server' option in InaSAFE options dialog
# before this will be enabled.
mySettings = QtCore.QSettings()
myFlag = mySettings.value('inasafe/useSentry', False).toBool()
if 'INASAFE_SENTRY' in os.environ or myFlag:
if theSentryUrl is None:
myClient = Client(
'http://c64a83978732474ea751d432ab943a6b'
':[email protected]/5')
else:
myClient = Client(theSentryUrl)
mySentryHandler = SentryHandler(myClient)
mySentryHandler.setFormatter(myFormatter)
mySentryHandler.setLevel(logging.ERROR)
if addLoggingHanderOnce(myLogger, mySentryHandler):
myLogger.debug('Sentry logging enabled')
else:
myLogger.debug('Sentry logging disabled')
#Set formatters
myFileHandler.setFormatter(myFormatter)
myConsoleHandler.setFormatter(myFormatter)
myQGISHandler.setFormatter(myFormatter)
# add the handlers to the logger
addLoggingHanderOnce(myLogger, myFileHandler)
addLoggingHanderOnce(myLogger, myConsoleHandler)
addLoggingHanderOnce(myLogger, myQGISHandler)
