def testMergeSuccess(self):
arrays = []
max_items = 10
# create independend string arrays
for lang in self.languages:
array = StringArray('key', [lang])
for index in range(0, max_items):
array.add(lang, index, self.__build_test_string(lang, index))
arrays.append(array)
# check all items contain proper number of items for each language
for array in arrays:
for lang in array.languages:
self.assertEqual(array.size(lang), max_items)
# create empty string array
merged = StringArray('key', [])
# merge all arrays
for array in arrays:
merged.merge(array)
# check if resulting array contains all languages from all merged items
combined_languages = set()
for array in arrays:
combined_languages.update(array.languages)
self.assertEqual(combined_languages, merged.languages)
# check if merged item contain proper number of items for each language
for lang in merged.languages:
self.assertEqual(merged.size(lang), max_items)
def testMergeWithDifferentKeysFail(self):
array1 = StringArray('key a', ['en'])
array2 = StringArray('key b', ['fr'])
try:
array1.merge(array2)
self.fail('This operation should fail')
except MstException:
pass
def testMergeWithSameLanguagesFail(self):
array1 = StringArray('key', ['en', 'fr'])
array2 = StringArray('key', ['en', 'de'])
try:
array1.merge(array2)
self.fail('This operation should fail')
except MstException:
pass
def testMergeWithDifferentKeysFail(self):
array1 = StringArray('key a', ['en'])
array2 = StringArray('key b', ['fr'])
try:
array1.merge(array2)
self.fail('This operation should fail')
except MstException:
pass
def testMergeWithSameLanguagesFail(self):
array1 = StringArray('key', ['en', 'fr'] )
array2 = StringArray('key', ['en', 'de'] )
try:
array1.merge(array2)
self.fail('This operation should fail')
except MstException:
pass
def testAddWithValidLanguageSucceed(self):
string_array = StringArray('key', self.valid_languages)
for index in range(0,3):
for lang in self.valid_languages:
text = build_test_string(lang)
string_array.add(lang, index, text )
self.assertEqual( text, string_array.get(lang, index) ) # get added item
self.assertEqual( string_array.size(lang), index+1) # check array size
def testKeyCanBeAssignedOnlyOne(self):
key = "key"
string_array = StringArray(key, [])
self.assertEqual(string_array.key, key)
try:
string_array.key = "different key"
self.fail("This operation should fail")
except AttributeError:
pass
def testKeyCanBeAssignedOnlyOne(self):
key = "key"
string_array = StringArray(key, [])
self.assertEqual(string_array.key, key)
try:
string_array.key = "different key"
self.fail("This operation should fail")
except AttributeError:
pass
def testAddWithInvalidLanguageFails(self):
string_array = StringArray('key', self.valid_languages)
for index in range(0, 3):
for lang in self.invalid_languages:
text = build_test_string(lang)
try:
string_array.add(lang, index, text)
self.fail('Operation should fail for language %s' % lang)
except MstException:
pass
def testAddWithInvalidLanguageFails(self):
string_array = StringArray('key', self.valid_languages)
for index in range(0,3):
for lang in self.invalid_languages:
text = build_test_string(lang)
try:
string_array.add(lang, index, text )
self.fail('Operation should fail for language %s' % lang)
except MstException:
pass
def testMergeSuccess(self):
arrays = []
max_items = 10
# create independend string arrays
for lang in self.languages:
array = StringArray('key', [lang])
for index in range(0,max_items):
array.add(lang, index, self.__build_test_string(lang, index))
arrays.append(array)
# check all items contain proper number of items for each language
for array in arrays:
for lang in array.languages:
self.assertEqual( array.size(lang), max_items )
# create empty string array
merged = StringArray('key', [])
# merge all arrays
for array in arrays:
merged.merge(array)
# check if resulting array contains all languages from all merged items
combined_languages = set()
for array in arrays:
combined_languages.update( array.languages )
self.assertEqual( combined_languages, merged.languages )
# check if merged item contain proper number of items for each language
for lang in merged.languages:
self.assertEqual( merged.size(lang), max_items )
def testKeyMustBeAString(self):
keys = [object(), [], {}, ()]
for key in keys:
try:
string_array = StringArray(key, [])
self.fail("This operation should fail")
except ValueError:
pass
def testAddWithValidLanguageSucceed(self):
string_array = StringArray('key', self.valid_languages)
for index in range(0, 3):
for lang in self.valid_languages:
text = build_test_string(lang)
string_array.add(lang, index, text)
self.assertEqual(text,
string_array.get(lang,
index)) # get added item
self.assertEqual(string_array.size(lang),
index + 1) # check array size
def get_string_arrays(self):
"""Collect all StringArray resources and return a list"""
resources = {}
for row in self.data:
if (self._get_row_type(row) == self.TYPE_STRING_ARRAY
and self._has_valid_key(row)):
key_with_index = row[self.id_column]
key, index = key_with_index.split(':')
if (key in resources) == False:
resources[key] = StringArray(key, self.languages)
sa = resources[key]
for lang in self.languages:
col = self.language_column(lang)
text = row[col]
options = self._get_row_options(row)
sa.add(lang, int(index), ResourceText(
text, options)) #fixme: conversion not necessary
return list(resources.values())
def testArrayContainsProvidedLanguages(self):
string_array = StringArray('key', self.valid_languages)
self.assertEqual(self.valid_languages, string_array.languages)