def test_get_search_result(self):
searchOptions = createSearchOptions('Users', 'external_id', '74341f74-9c79-49d5-9611-87ef9b6eb75f')
mockDb = TinyDbDAO()
mockDb.search = MagicMock(return_value=[(0, "fake row", 0.0)])
search = Search(mockDb)
searchResult = search.getSearchResult(searchOptions)
assert searchResult == [(0, "fake row", 0.0)]
def test_list_search_fields(self):
db = TinyDbDAO()
db.organizationTable.all = MagicMock(return_value=[{"hi": "there"}])
db.userTable.all = MagicMock(return_value=[{"hi": "there"}])
db.ticketTable.all = MagicMock(return_value=[{"hi": "there"}])
search = Search(db)
fieldDict = search.listSearchFields()
assert fieldDict["organization"] == ["hi"]
class AlgorithmThread(QThread):
signal = pyqtSignal('PyQt_PyObject')
def __init__(self, puzzle):
QThread.__init__(self)
self.algorithm = "BFS"
self.search = Search()
self.puzzle = puzzle
def set_algorithm_type(self, new_algorithm):
self.algorithm = new_algorithm
def set_puzzle(self, puzzle):
self.puzzle = puzzle
def run(self):
if self.algorithm == "BFS":
result = self.search.bfs(self.puzzle)
self.signal.emit(result)
elif self.algorithm == "DFS":
result = self.search.dfs(self.puzzle)
self.signal.emit(result)
elif self.algorithm == "UCS":
result = self.search.ucs(self.puzzle)
self.signal.emit(result)
elif self.algorithm == "A*":
result = self.search.a_star(self.puzzle)
self.signal.emit(result)
elif self.algorithm == "IDS":
result = self.search.ids(self.puzzle)
self.signal.emit(result)
elif self.algorithm == "IDA*":
result = self.search.ida_star(self.puzzle)
self.signal.emit(result)
def __init__(self, puzzle):
QThread.__init__(self)
self.algorithm = "BFS"
self.search = Search()
self.puzzle = puzzle
def test_get_deduplicated_list_from_contents_holds_correct_key(self):
search = Search()
contents = [{"hi": "there"}, {"hi": "back"}]
dedupedList = search.getDeduplicatedListFromContents(contents)
assert "hi" in dedupedList
def test_get_deduplicated_list_from_contents_dedupes(self):
search = Search()
contents = [{"hi": "there"}, {"hi": "back"}]
dedupedList = search.getDeduplicatedListFromContents(contents)
assert len(dedupedList) == 1
def test_parse_search_inputs_throws_exception_if_input_cannot_be_cast_to_bool(self):
searchOptions = createSearchOptions('Users', 'active', 'abc')
search = Search()
with self.assertRaises(Exception):
search.parseSearchInputs(searchOptions)
def test_parse_search_inputs_throws_exception_if_input_cannot_be_cast_to_int(self):
searchOptions = createSearchOptions('Organizations', '_id', 'abc')
search = Search()
with self.assertRaises(Exception):
search.parseSearchInputs(searchOptions)
def test_parse_search_inputs_converts_to_int_for_organization(self):
searchOptions = createSearchOptions('Organizations', '_id', '1')
search = Search()
parsedSearchOptions = search.parseSearchInputs(searchOptions)
assert isinstance(parsedSearchOptions['searchValue'], int)
def test_parse_search_inputs_converts_to_int_for_tickets(self):
searchOptions = createSearchOptions('Tickets', 'assignee_id', '1')
search = Search()
parsedSearchOptions = search.parseSearchInputs(searchOptions)
assert isinstance(parsedSearchOptions['searchValue'], int)
def test_parse_search_inputs_converts_to_bool_for_users(self):
searchOptions = createSearchOptions('Users', 'active', 'true')
search = Search()
parsedSearchOptions = search.parseSearchInputs(searchOptions)
assert isinstance(parsedSearchOptions['searchValue'], bool)
import click
import sys
from pprint import pprint
from model.Search import Search
optionDict = {}
search = Search()
def runMenu():
print("Welcome to Zendesk Search")
continueOption = input(
"Type 'quit' to exit at any time, Press 'Enter' to continue: ")
if continueOption.lower() == "quit":
exitProgram()
print("Select search options:")
print("Press 1 to search Zendesk")
print("Press 2 to view a list of searchable fields")
print("Type 'quit' to exit")
mainMenu()
@click.command()
@click.option('--menu_option',
prompt='Please enter your search option',
default="1",
help='menu_option.')
def mainMenu(menu_option):