def test_loggerWritesData(self):
self.logEntries.add("Test", callback_string)
log = logger.Logger(self.logFile, self.logEntries)
log.publish()
expected = "Test\nStrData\n"
assert (expected == self.logFile.writeData)
def test_loggerWritesCSVRow(self):
self.logEntries.add("Test", callback_string)
self.logEntries.add("Test1", callback_string2)
log = logger.Logger(self.logFile, self.logEntries)
log.publish()
expected = "Test,Test1\nStrData,StrData2\n"
assert (expected == self.logFile.writeData)
def test_loggerWritesHeadings(self):
keys = ["Test", "Test1", "Test2"]
for key in keys:
self.logEntries.add(key, callback_string)
log = logger.Logger(self.logFile, self.logEntries)
expected = "Test,Test1,Test2\n"
assert (expected == self.logFile.writeData)
def test_loggerWritesMultipleCSVRows(self):
global intValue
self.logEntries.add("Index", callback_integer)
self.logEntries.add("Test", callback_string)
self.logEntries.add("Test1", callback_string2)
log = logger.Logger(self.logFile, self.logEntries)
intValue = 1
log.publish()
intValue = 2
log.publish()
expected = "Index,Test,Test1\n1,StrData,StrData2\n2,StrData,StrData2\n"
assert (expected == self.logFile.writeData)
def __init__(self, ui_file_path, settings_file_path, widgets_file_path,
protocol_file_path):
with open(settings_file_path, "r") as settings_file:
settings = json.load(settings_file)
with open(widgets_file_path, "r") as widgets_file:
widget_settings = json.load(widgets_file)
args = cli.get_args(settings["default"])
log_port = None
LogSocket = None
if args.no_connect == True:
from pyGuiComms.sockets import socketFake
ClientSocket = socketFake.SocketFake
serverAddress = ''
port = 0
elif args.tcp != None:
from pyGuiComms.sockets import socketTcp
ClientSocket = socketTcp.SocketTcp
serverAddress = args.tcp[0]
port = int(args.tcp[1])
if (args.tcp_remote_log != None):
log_port = int(args.tcp_remote_log)
LogSocket = socketTcp.SocketTcp
else:
from pyGuiComms.sockets import socketBt
ClientSocket = socketBt.SocketBt
serverAddress = args.bluetooth[0]
port = args.bluetooth[1]
if args.data_logging != None:
log_entries = logger.LogEntries()
else:
log_entries = None
log_file = None
log = None
app = QApplication(sys.argv)
window = uiBase.load_from_file(ui_file_path)
command_queue = queue.Queue()
client_socket = ClientSocket(serverAddress, port)
comms = commsClient.CommsClient(protocol_file_path, client_socket,
command_queue)
window.add_upkeep(20, comms.upkeep)
window.set_command_queue(command_queue)
data_map = window.get_data_map()
if LogSocket != None:
log_socket = LogSocket(serverAddress, log_port)
remote_logger = remoteLogClient.RemoteLogClient(
log_socket, data_map)
window.add_upkeep(250, remote_logger.upkeep)
window.load(comms, widget_settings)
if log_entries != None:
log_file = open(args.data_logging, "w+")
log = logger.Logger(log_file, log_entries)
window.add_upkeep(100, log.publish)
sys.exit(app.exec_())
log_file.close()
def test_loggerPublishInvokesFlush(self):
self.logEntries.add("Test", callback_string)
log = logger.Logger(self.logFile, self.logEntries)
log.publish()
assert (self.logFile.flushed)
def test_loggerCopiesTheEntriesList(self):
self.logEntries["Test"] = callback_string
log = logger.Logger(self.logFile, self.logEntries)
self.logEntries["Test"] = callback_string2
assert (log.entries["Test"]() == callback_string())
def test_initialization(self):
log = logger.Logger(self.logFile, self.logEntries)
assert (log != None)