def test_file_parse(self):
# write VARS_FILE into a file that gets cleaned up, then test parsing it
with temp_file() as filename:
f = open(filename, 'w')
f.write(VARS_FILE)
f.close()
result = BStrapVars.factory_from_sass_file(filename)
result_json = result.base_to_json()
self.assertEqual(VARS_JSON, result_json)
# test error handling properly ignores bad variables
with temp_file() as filename:
f = open(filename, 'w')
f.write(ERROR_VARS_FILE)
f.close()
result = BStrapVars.factory_from_sass_file(filename)
result_json = result.base_to_json()
self.assertEqual(ERROR_VARS_JSON, result_json)
def test_file_parse(self):
# write VARS_FILE into a file that gets cleaned up, then test parsing it
with temp_file() as filename:
f = open(filename, 'w')
f.write(VARS_FILE)
f.close()
result = BStrapVars.factory_from_sass_file(filename)
result_json = result.base_to_json()
self.assertEqual(VARS_JSON, result_json)
# test error handling properly ignores bad variables
with temp_file() as filename:
f = open(filename, 'w')
f.write(ERROR_VARS_FILE)
f.close()
result = BStrapVars.factory_from_sass_file(filename)
result_json = result.base_to_json()
self.assertEqual(ERROR_VARS_JSON, result_json)
def test_custom_and_overrides(self):
c = {
self.comp1_1.name:'#AAA',
self.comp2_1.name:'#BBB',
self.compN_2.name:'one',
self.compN_3.name:'two',
}
bsv = BStrapVars.factory(self.data, c)
expected = [(comp.name, comp.value) for comp in self.all_comps]
expected[0] = (self.comp1_1.name, '#AAA')
expected[3] = (self.comp2_1.name, '#BBB')
expected[6] = (self.compN_2.name, 'one')
expected[7] = (self.compN_3.name, 'two')
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
c = json.dumps(c)
bsv = BStrapVars.factory(self.data, c)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# override some of the custom values, blank override means use default
o = {
self.comp1_1.name:'#CCC',
self.comp2_1.name:'',
self.compN_2.name:'three',
}
expected[0] = (self.comp1_1.name, '#CCC')
expected[3] = (self.comp2_1.name, '#fff')
expected[6] = (self.compN_2.name, 'three')
bsv = BStrapVars.factory(self.data, c, o)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
o = json.dumps(o)
bsv = BStrapVars.factory(self.data, c, o)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# test serialization
expected = BStrapVars.factory(self.data, c)
expected_base = expected.base_to_json()
expected_custom = expected.custom_to_json()
result = BStrapVars.factory(expected_base, expected_custom)
result_base = result.base_to_json()
result_custom = result.custom_to_json()
self.assertEqual(result_base, expected_base)
self.assertEqual(result_custom, expected_custom)
def test_custom_and_overrides(self):
c = {
self.comp1_1.name: '#AAA',
self.comp2_1.name: '#BBB',
self.compN_2.name: 'one',
self.compN_3.name: 'two',
}
bsv = BStrapVars.factory(self.data, c)
expected = [(comp.name, comp.value) for comp in self.all_comps]
expected[0] = (self.comp1_1.name, '#AAA')
expected[3] = (self.comp2_1.name, '#BBB')
expected[6] = (self.compN_2.name, 'one')
expected[7] = (self.compN_3.name, 'two')
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
c = json.dumps(c)
bsv = BStrapVars.factory(self.data, c)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# override some of the custom values, blank override means use default
o = {
self.comp1_1.name: '#CCC',
self.comp2_1.name: '',
self.compN_2.name: 'three',
}
expected[0] = (self.comp1_1.name, '#CCC')
expected[3] = (self.comp2_1.name, '#fff')
expected[6] = (self.compN_2.name, 'three')
bsv = BStrapVars.factory(self.data, c, o)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
o = json.dumps(o)
bsv = BStrapVars.factory(self.data, c, o)
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# test serialization
expected = BStrapVars.factory(self.data, c)
expected_base = expected.base_to_json()
expected_custom = expected.custom_to_json()
result = BStrapVars.factory(expected_base, expected_custom)
result_base = result.base_to_json()
result_custom = result.custom_to_json()
self.assertEqual(result_base, expected_base)
self.assertEqual(result_custom, expected_custom)
def test_base(self):
# check we don't blow up if no data
BStrapVars.factory({})
BStrapVars.factory({}, {})
BStrapVars.factory({}, {}, {})
BStrapVars.factory('{}')
BStrapVars.factory('{}', '{}')
BStrapVars.factory('{}', '{}', '{}')
# -- test valid data
bsv = BStrapVars.factory(self.data)
# check sections
expected = [self.section1.name, self.section2.name]
self.assertEqual(list(bsv.sections.keys()), expected)
# check all components in sections
expected = [comp.name for comp in self.all_comps]
result = [comp.name for comp in bsv.all_components.values()]
self.assertEqual(result, expected)
# check values
expected = [(comp.name, comp.value) for comp in self.all_comps]
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# check colour values
expected = list(self.colour_values.values())
result = list(bsv.colour_values.values())
self.assertEqual(result, expected)
# -- test dependencies
expected = set([self.comp1_2.name, self.comp1_3.name])
result = bsv.dependencies(self.comp1_1.name)
self.assertEqual(result, expected)
# check something without dependencies
result = bsv.dependencies(self.comp2_1.name)
self.assertEqual(result, set([]))
def test_base(self):
# check we don't blow up if no data
BStrapVars.factory({})
BStrapVars.factory({}, {})
BStrapVars.factory({}, {}, {})
BStrapVars.factory('{}')
BStrapVars.factory('{}', '{}')
BStrapVars.factory('{}', '{}', '{}')
# -- test valid data
bsv = BStrapVars.factory(self.data)
# check sections
expected = [self.section1.name, self.section2.name]
self.assertEqual(list(bsv.sections.keys()), expected)
# check all components in sections
expected = [comp.name for comp in self.all_comps]
result = [comp.name for comp in bsv.all_components.values()]
self.assertEqual(result, expected)
# check values
expected = [(comp.name, comp.value) for comp in self.all_comps]
result = list(bsv.all_value_pairs())
self.assertEqual(result, expected)
# check colour values
expected = list(self.colour_values.values())
result = list(bsv.colour_values.values())
self.assertEqual(result, expected)
# -- test dependencies
expected = set([self.comp1_2.name, self.comp1_3.name])
result = bsv.dependencies(self.comp1_1.name)
self.assertEqual(result, expected)
# check something without dependencies
result = bsv.dependencies(self.comp2_1.name)
self.assertEqual(result, set([]))
