def testAllDynamicTranslatons(self):
"""Test all the phrases defined in dynamic_translations translate."""
myParentPath = os.path.join(__file__, os.path.pardir, os.path.pardir)
myDirPath = os.path.abspath(myParentPath)
myFilePath = os.path.join(myDirPath, 'safe', 'common',
'dynamic_translations.py')
myFile = file(myFilePath, 'rt')
myFailureList = []
os.environ['LANG'] = 'id'
myLineCount = 0
# exception_words is a list of words that has the same form in both
# English and Indonesian. For example hotel, bank
exception_words = ['hotel', 'bank']
for myLine in myFile.readlines():
myLineCount += 1
if 'tr(' in myLine:
myMatch = re.search(r'\(\'(.*)\'\)', myLine, re.M | re.I)
if myMatch:
myGroup = myMatch.group()
myCleanedLine = myGroup[2:-2]
if myCleanedLine in exception_words:
continue
myTranslation = safeTr(myCleanedLine)
print myTranslation, myCleanedLine
if myCleanedLine == myTranslation:
myFailureList.append(myCleanedLine)
myMessage = ('Translations not found for:\n %s\n%i '
'of %i untranslated\n' % (str(myFailureList).replace(
',', '\n'), len(myFailureList), myLineCount))
myMessage += ('If you think the Indonesian word for the failed '
'translations is the same form in English, i.'
'e. "hotel", you can add it in exception_words in '
'safe_qgis/test_safe_translations.py')
assert len(myFailureList) == 0, myMessage
def _addFormItem(self, theParameterKey, theParameterValue):
"""Add a new form element dynamically from a key value pair.
Args:
* theParameterKey: str Mandatory string referencing the key in the
function configurable parameters dictionary.
* theParameterValue: object Mandatory representing the value
referenced by the key.
Returns:
None
Raises:
None
"""
myLabel = QtGui.QLabel(self.formLayoutWidget)
myLabel.setObjectName(_fromUtf8(theParameterKey + "Label"))
myKey = theParameterKey
myKey = myKey.replace('_', ' ')
myKey = myKey.capitalize()
myLabel.setText(safeTr(myKey))
myLabel.setToolTip(str(type(theParameterValue)))
self.editableImpactFunctionsFormLayout.setWidget(self.formItemCounters,
QtGui.QFormLayout.LabelRole, myLabel)
myLineEdit = QtGui.QLineEdit(self.formLayoutWidget)
myLineEdit.setText(str(theParameterValue))
myLineEdit.setObjectName(_fromUtf8(theParameterKey + 'LineEdit'))
myLineEdit.setCursorPosition(0)
self.editableImpactFunctionsFormLayout.setWidget(self.formItemCounters,
QtGui.QFormLayout.FieldRole,
myLineEdit)
self.formItemCounters += 1
def testImpactSummaryWords(self):
"""Test specific words from impact summary info shown in doc see #348.
"""
os.environ['LANG'] = 'id'
myPhraseList = []
myMessage = 'Specific words checked for translation:\n'
for myPhrase in myPhraseList:
if myPhrase == safeTr(myPhrase):
myMessage += 'FAIL: %s' % myPhrase
else:
myMessage += 'PASS: %s' % myPhrase
self.assertNotIn('FAIL', myMessage, myMessage)
def testImpactSummaryWords(self):
"""Test specific words from impact summary info shown in doc see #348.
"""
os.environ['LANG'] = 'id'
myPhraseList = []
myMessage = 'Specific words checked for translation:\n'
for myPhrase in myPhraseList:
if myPhrase == safeTr(myPhrase):
myMessage += 'FAIL: %s' % myPhrase
else:
myMessage += 'PASS: %s' % myPhrase
self.assertNotIn('FAIL', myMessage, myMessage)
def buildWidget(self, theFormLayout, theName, theValue):
"""Create a new form element dynamically based from theValue type.
The element will be inserted to theFormLayout.
Args:
* theFormLayout: QFormLayout Mandatory a layout instance
* theName: str Mandatory string referencing the key in the
function configurable parameters dictionary.
* theValue: object Mandatory representing the value
referenced by the key.
Returns:
a function that return the value of widget
Raises:
None
"""
# create label
if isinstance(theName, str):
myLabel = QLabel()
myLabel.setObjectName(_fromUtf8(theName + "Label"))
myLabelText = theName.replace('_', ' ').capitalize()
myLabel.setText(safeTr(myLabelText))
myLabel.setToolTip(str(type(theValue)))
else:
myLabel = theName
# create widget based on the type of theValue variable
if isinstance(theValue, list):
myWidget = QLineEdit()
myValue = ', '.join([str(x) for x in theValue])
# NOTE: we assume that all element in list have same type
myType = type(theValue[0])
myFunc = lambda x: [myType(y) for y in str(x).split(',')]
elif isinstance(theValue, dict):
myWidget = QLineEdit()
myValue = str(theValue)
myFunc = lambda x: ast.literal_eval(str(x))
else:
myWidget = QLineEdit()
myValue = str(theValue)
myFunc = type(theValue)
myWidget.setText(myValue)
theFormLayout.addRow(myLabel, myWidget)
return self.bind(myWidget, 'text', myFunc)
def buildWidget(self, theFormLayout, theName, theValue):
"""Create a new form element dynamically based from theValue type.
The element will be inserted to theFormLayout.
Args:
* theFormLayout: QFormLayout Mandatory a layout instance
* theName: str Mandatory string referencing the key in the
function configurable parameters dictionary.
* theValue: object Mandatory representing the value
referenced by the key.
Returns:
a function that return the value of widget
Raises:
None
"""
# create label
if isinstance(theName, str):
myLabel = QLabel()
myLabel.setObjectName(_fromUtf8(theName + "Label"))
myLabelText = theName.replace('_', ' ').capitalize()
myLabel.setText(safeTr(myLabelText))
myLabel.setToolTip(str(type(theValue)))
else:
myLabel = theName
# create widget based on the type of theValue variable
if isinstance(theValue, list):
myWidget = QLineEdit()
myValue = ', '.join([str(x) for x in theValue])
# NOTE: we assume that all element in list have same type
myType = type(theValue[0])
myFunc = lambda x: [myType(y) for y in str(x).split(',')]
elif isinstance(theValue, dict):
myWidget = QLineEdit()
myValue = str(theValue)
myFunc = lambda x: ast.literal_eval(str(x))
else:
myWidget = QLineEdit()
myValue = str(theValue)
myFunc = type(theValue)
myWidget.setText(myValue)
theFormLayout.addRow(myLabel, myWidget)
return self.bind(myWidget, 'text', myFunc)
def test_ImpactFunctionI18n(self):
"""Library translations are working."""
# Import this late so that i18n setup is already in place
# Test indonesian too
myParent = QWidget()
myCanvas = QgsMapCanvas(myParent)
myIface = QgisInterface(myCanvas)
myPlugin = Plugin(myIface)
myPlugin.setupI18n('id') # indonesian
myExpectedString = 'Letusan gunung berapi'
myTranslation = safeTr('A volcano eruption')
myMessage = '\nTranslated: %s\nGot: %s\nExpected: %s' % \
('A volcano eruption', myTranslation, myExpectedString)
assert myTranslation == myExpectedString, myMessage
def test_ImpactFunctionI18n(self):
"""Library translations are working."""
# Import this late so that i18n setup is already in place
# Test indonesian too
myParent = QWidget()
myCanvas = QgsMapCanvas(myParent)
myIface = QgisInterface(myCanvas)
myPlugin = Plugin(myIface)
myPlugin.setupI18n('id') # indonesian
myExpectedString = 'Letusan gunung berapi'
myTranslation = safeTr('A volcano eruption')
myMessage = '\nTranslated: %s\nGot: %s\nExpected: %s' % \
('A volcano eruption', myTranslation, myExpectedString)
assert myTranslation == myExpectedString, myMessage
def testDynamicTranslation(self):
"""Test for dynamic translations for a string
"""
# English
func_title = 'Be affected'
expected_title = 'Be affected'
assert func_title == expected_title
# Indonesia
os.environ['LANG'] = 'id'
func_title = 'Be affected'
real_title = safeTr(func_title)
expected_title = 'Terkena dampak'
msg = 'expected %s but got %s' % (expected_title, real_title)
assert expected_title == real_title, msg
def testDynamicTranslation(self):
"""Test for dynamic translations for a string
"""
# English
func_title = 'Be affected'
expected_title = 'Be affected'
assert func_title == expected_title
# Indonesia
os.environ['LANG'] = 'id'
func_title = 'Be affected'
real_title = safeTr(func_title)
expected_title = 'Terkena dampak'
msg = 'expected %s but got %s' % (expected_title, real_title)
assert expected_title == real_title, msg
def testAllDynamicTranslatons(self):
"""Test all the phrases defined in dynamic_translations translate."""
myParentPath = os.path.join(__file__, os.path.pardir, os.path.pardir)
myDirPath = os.path.abspath(myParentPath)
myFilePath = os.path.join(myDirPath,
'safe',
'common',
'dynamic_translations.py')
myFile = file(myFilePath, 'rt')
myFailureList = []
os.environ['LANG'] = 'id'
myLineCount = 0
# exception_words is a list of words that has the same form in both
# English and Indonesian. For example hotel, bank
exception_words = ['hotel', 'bank']
for myLine in myFile.readlines():
myLineCount += 1
if 'tr(' in myLine:
myMatch = re.search(r'\(\'(.*)\'\)', myLine, re.M | re.I)
if myMatch:
myGroup = myMatch.group()
myCleanedLine = myGroup[2:-2]
if myCleanedLine in exception_words:
continue
myTranslation = safeTr(myCleanedLine)
print myTranslation, myCleanedLine
if myCleanedLine == myTranslation:
myFailureList.append(myCleanedLine)
myMessage = ('Translations not found for:\n %s\n%i '
'of %i untranslated\n' % (
str(myFailureList).replace(',', '\n'),
len(myFailureList),
myLineCount))
myMessage += ('If you think the Indonesian word for the failed '
'translations is the same form in English, i.'
'e. "hotel", you can add it in exception_words in '
'safe_qgis/test_safe_translations.py')
assert len(myFailureList) == 0, myMessage