def test_find_classes(self):
test_tag_entries = (
[
PRE_POST_ORIG_TAG,
ANOTHER_ORIG_TAG,
parse_ljsl.TagComponent("", "PRE_", 200, 2, 3, "_POST", True, [])
],
[
parse_ljsl.TagComponent("", "PRE_", 300, 2, 3, "_POST", True, [])
]
)
classes = lj_scribe.find_classes(test_tag_entries, TEST_DEVICE_REGS)
self.assertEqual(len(classes), 2)
class_group_1 = classes[0]
self.assertEqual(len(class_group_1), 3)
sub_group_1 = class_group_1[0]
sub_name_group_1 = map(lambda x: x[0]["name"], sub_group_1)
self.assertEqual(
sub_name_group_1,
["ORIG_PRE_100_POST", "ORIG_PRE_100_POST"]
)
sub_group_2 = class_group_1[1]
sub_name_group_2 = map(lambda x: x[0]["name"], sub_group_2)
self.assertEqual(
sub_name_group_2,
["ORIG_ANOTHER_200", "ORIG_ANOTHER_200"]
)
sub_group_3 = class_group_1[2]
sub_name_group_3 = map(lambda x: x[0]["name"], sub_group_3)
self.assertEqual(
sub_name_group_3,
["ORIG_PRE_100_POST", "ORIG_PRE_100_POST"]
)
class_group_2 = classes[1]
self.assertEqual(len(class_group_2), 1)
sub_group_4 = class_group_2[0]
sub_name_group_4 = map(lambda x: x[0]["name"], sub_group_4)
self.assertEqual(
sub_name_group_4,
["ORIG_PRE_100_POST", "ORIG_PRE_100_POST"]
)
def test_unknown_register(self):
test_tag_entries = [
[
parse_ljsl.TagComponent("", "UNKNOWN", 200, 2, 3, "_POST", True, [])
]
]
with self.assertRaises(lj_scribe.RegisterNotFoundError):
classes = lj_scribe.find_classes(test_tag_entries, TEST_DEVICE_REGS)
def test_render_tag_summary(self):
with TEST_APP.test_request_context("/"):
special_tag = parse_ljsl.TagComponent("", "PRE_", 100, 4, 3,
"_POST", True, [])
str_summary = lj_scribe.render_tag_summary(
TEST_TAG_BY_CLASS_NAMES,
[
special_tag,
ANOTHER_ORIG_TAG,
NO_LJMMM_ORIG_TAG
],
"ORIG_TAG"
)
self.assertEqual(str_summary.count("class-summary"), 3)
self.assertEqual(str_summary.count("sub-tag"), 3)
self.assertEqual(str_summary.count("individual-name"), 6)
self.assertEqual(str_summary.count("individual-address"), 6)
self.assertEqual(str_summary.count("ORIG_TAG"), 1)
def test_find_classes_from_map(self):
names = [[parse_ljsl.TagComponent(
title='',
prefix=u'LED_COMM',
start_num=None,
num_regs=None,
num_between_regs=None,
postfix=None,
includes_ljmmm=False,
device_types=[]
)]]
LED_COMM_PAIR = lj_scribe.UnresolvedToResolvedPair(
{
'streamable': False,
'displayname': ['LED COMM displayname'],
'name': 'LED_COMM',
'tags': ['DIO'],
'readwrite': 'RW',
'devices': [
{'name': 'T7', 'fwmin': 1.7777},
{'name': 'T4', 'fwmin': 1.4444}
],
'address': 2990,
'type': 'UINT16',
'description': 'Test desc.',
'constants': [
{'name': 'Off', 'value': 0},
{'name': 'On', 'value': 1},
]
},
{
'streamable': False,
'description': 'Test desc.',
'tags': ['DIO'],
'altnames': [],
'write': True,
'type_index': '1',
'read': True,
'constants': [
{'name': 'Off', 'value': 0},
{'name': 'On', 'value': 1},
],
'address': 2990,
'type': 'UINT16',
'isBuffer': False,
'name': 'LED_COMM'
}
)
reg_maps = {
'T7': [LED_COMM_PAIR],
'T4': [LED_COMM_PAIR]
}
reg_maps['T4'][0][1]['fwmin'] = 1.4444
reg_maps['T7'][0][1]['fwmin'] = 1.7777
not_found_reg_names = []
tag_class_tuples = lj_scribe.find_classes_from_map(
names,
reg_maps,
not_found_reg_names
)
EXPECTED_TAG_CLASS_TUPLES = [[[
lj_scribe.UnresolvedToResolvedPair(
unresolved={
'streamable': False,
'displayname': ['LED COMM displayname'],
'name': 'LED_COMM',
'tags': ['DIO'],
'readwrite': 'RW',
'constants': [
{'name': 'Off', 'value': 0},
{'name': 'On', 'value': 1}
],
'address': 2990,
'type': 'UINT16',
'devices': [
{'name': 'T7', 'fwmin': 1.7777},
{'name': 'T4', 'fwmin': 1.4444}
],
'description': 'Test desc.'
},
resolved={
'description': 'Test desc.',
'tags': ['DIO'],
'read': True,
'type_index': '1',
'address': 2990,
'constants': [
{'name': 'Off', 'value': 0},
{'name': 'On', 'value': 1}
],
'fwmin': 1.7777, # This isn't needed
'streamable': False,
'name': 'LED_COMM',
'altnames': [],
'write': True,
'isBuffer': False,
'type': 'UINT16'
}
)
]]]
self.assertEqual(0, len(not_found_reg_names))
self.assertEqual(EXPECTED_TAG_CLASS_TUPLES, tag_class_tuples)
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_100_POST"}),
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_103_POST"}),
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_200_POST"}),
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_203_POST"}),
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_300_POST"}),
({"name": "ORIG_PRE_100_POST"}, {"name": "PRE_303_POST"}),
({"name": "ORIG_ANOTHER_200"}, {"name": "ANOTHER_200"}),
({"name": "ORIG_ANOTHER_200"}, {"name": "ANOTHER_203"})
)
TEST_RESOLVED_TO_UNRESOLVED_PAIRS = map(
lambda x: lj_scribe.UnresolvedToResolvedPair(*x),
TEST_DEVICE_REGS
)
PRE_POST_ORIG_TAG = parse_ljsl.TagComponent("", "PRE_", 100, 2, 3, "_POST",
True, [])
ANOTHER_ORIG_TAG = parse_ljsl.TagComponent("", "ANOTHER_", 200, 2, 3, "", True, [])
ORIG_TAG_NO_GAP = parse_ljsl.TagComponent("", "YAC", 200, 2, None, "", True, [])
NO_LJMMM_ORIG_TAG = parse_ljsl.TagComponent("", "TEST", None, None, None, None,
False, [])
LOREM_IPSUM = '''Lorem ipsum dolor sit amet, consectetur adipisicing elit, sed
do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim
veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo
consequat. Duis aute irure dolor in reprehenderit in voluptate velit esse cillum
dolore eu fugiat nulla pariatur. Excepteur sint occaecat cupidatat non proident,
sunt in culpa qui officia deserunt mollit anim id est laborum.'''
PRE_POST_GROUPING = lj_scribe.UnresolvedWithResolvedGrouping(
resolved=[
{