class CinemaManager(BaseWidget):
def __init__(self, *args, **kwargs):
super().__init__('Cinema manager')
self._pesel = ""
self._client = Client('http://localhost:8080/projekt?wsdl')
self._selected_date = date.today()
# Screening window
self._search_screenings_button = ControlButton("Search")
self._screening_day = ControlNumber("Day:", default=self._selected_date.day, minimum=1,
maximum=monthrange(self._selected_date.year, self._selected_date.month)[1],
changed_event=self._change_day)
self._screening_month = ControlNumber("Month:", default=self._selected_date.month, minimum=1,
maximum=12, changed_event=self._change_month)
self._screening_year = ControlNumber("Year:", default=self._selected_date.year,
minimum=self._selected_date.year,
maximum=self._selected_date.year + 1,
changed_event=self._change_day)
self._screening_list = ControlList('Screenings', readonly=True, select_entire_row=True,
cell_double_clicked_event=self._screening_changed_event)
self._screening_list.horizontal_headers = ['Time', 'Movie', 'Description']
self._all_showings = self._client.service.getShowingsByDate(self._selected_date.year, self._selected_date.month,
self._selected_date.day)
self._search_screenings_button.value = self._searchScreeningsButton
for showing in self._all_showings:
self._screening_list += [showing.date.strftime("%H:%M"), str(showing.movie.title),
str(showing.movie.description)]
# Client window
self._all_reservations = []
self._reservation_list = ControlList('Reservations', readonly=True, select_entire_row=True,
cell_double_clicked_event=self._reservation_changed_event)
self._reservation_list.horizontal_headers = ['Date', 'Time', 'Movie', 'Seats', 'Paid']
self._screening_panel = ControlDockWidget()
self._screening_panel.hide()
self._reservation_panel = ControlDockWidget()
self._reservation_panel.hide()
self._loginWindow = LoginWindow(self._client)
self.hide()
self._loginWindow.parent = self
self._loginWindow.show()
print(self._client.service)
# Define the organization of the Form Controls
self.formset = [{
'a:Screening': [('_screening_day', '_screening_month', '_screening_year', '_search_screenings_button'), '=',
'_screening_list'],
'b:Client': ['_reservation_list']
},
]
def _screening_changed_event(self, row, column):
self._all_showings = self._client.service.getShowingsByDate(self._selected_date.year, self._selected_date.month,
self._selected_date.day)
print(self._all_showings)
win = ScreeningWindow(self._all_showings[row], self._client, self._pesel)
win.parent = self
self._screening_panel.show()
self._reservation_panel.hide()
self._screening_panel.label = "Screening info"
self._screening_panel.value = win
def _reservation_changed_event(self, row, column):
self._all_reservations = self._client.service.getUserReservationsByPesel(self._pesel)
win = ClientReservationWindow(self._all_reservations[row], self._client)
win.parent = self
self._screening_panel.hide()
self._reservation_panel.show()
self._reservation_panel.label = "Reservation details"
self._reservation_panel.value = win
def setUserPesel(self,pesel):
self._pesel = pesel
self.updateInfo()
def updateInfo(self):
self._screening_list.clear()
self._all_showings = self._client.service.getShowingsByDate(self._selected_date.year, self._selected_date.month,
self._selected_date.day)
for show in self._all_showings:
self._screening_list += [show.date.strftime("%H:%M"), str(show.movie.title),
str(show.movie.description)]
self._reservation_list.clear()
self._all_reservations = self._client.service.getUserReservationsByPesel(self._pesel)
for reservation in self._all_reservations:
self._reservation_list += [reservation['showing']['date'].strftime("%d-%m-%Y"),
reservation['showing']['date'].strftime("%H:%M"),
str(reservation['showing']['movie']['title']), str(reservation['places']),
"Yes" if reservation['isPaid'] is True else "No"]
def _searchScreeningsButton(self):
self._screening_list.clear()
self._all_showings = self._client.service.getShowingsByDate(self._selected_date.year, self._selected_date.month,
self._selected_date.day)
for show in self._all_showings:
self._screening_list += [show.date.strftime("%H:%M"), str(show.movie.title),
str(show.movie.description)]
def _change_day(self):
self._selected_date = self._selected_date.replace(day=int(self._screening_day.value))
def _change_month(self):
self._selected_date = self._selected_date.replace(month=int(self._screening_month.value), day=1)
self._screening_day.max = monthrange(self._selected_date.year, self._selected_date.month)[1]
self._screening_day.value = 1
class MBUI(BaseWidget):
# pass in global vars
global loader
global timerThread
# Default Constructor
# --------------------------------------------------------------------------------
# Primarily used to create and set up UI components and class variables.
def __init__(self):
# Class Vars:
self.__players = [] # List of players
# Player Setup Tab -- Init UI Elements
#super(MBUI, self).__init__("Millennium Blades Helper")
BaseWidget.__init__(self, "Millennium Blades Helper")
self._lstPlayers = ControlList('Player List')
self._btnAddPl = ControlButton('Add Player')
self._btnRemPl = ControlButton('Remove Selected Player')
self._btnGenPl = ControlButton('Generate Player Setup')
# Player Setup Tab -- Set up properties of UI elements, attach callbacks, etc.
self._lstPlayers.horizontal_headers = [
'Name', 'Character', 'Starter Deck'
]
self._btnAddPl.value = self.__onAddPlayerClick
self._btnRemPl.value = self.__onRemoveSelectedPlayerClick
self._btnGenPl.value = self.__onGeneratePlayerSetupClick
# Store Setup Tab -- Init UI Elements
self._lstStore = ControlList('Store Components')
self._ckAreaLabel = ControlLabel('Sets To Use')
self._btnGenerateSt = ControlButton('Generate Store')
# Store Setup Tab -- Set up properties of UI elements, attach callbacks etc.
self._lstStore.horizontal_headers = ['Category', 'Sets']
self._btnGenerateSt.value = self.__onGenerateStoreClick
# Scoring Tab -- Init UI Components
self._scoringPanel = ControlEmptyWidget()
self._btnGetScoring = ControlButton('Generate Score Sheet')
# Scoring Tab -- Set up properties of UI elements, attach callbacks etc.
self._btnGetScoring.value = self.__onGenerateScoringClick
# Set Selection Tab -- Init UI Components
self._chkArea = ControlCheckBoxList('Sets To Use')
# Set Selection Tab -- Set up properties of UI elements, attach callbacks etc.
self._chkArea += ('Base Set', True)
self._chkArea += ('Set Rotation', True)
self._chkArea += ('MX #1: Crossover', True)
self._chkArea += ('MX #2: Sponsors', True)
self._chkArea += ('MX #3: Fusion Chaos', True)
self._chkArea += ('MX #4: Final Bosses', True)
self._chkArea += ('MX #5: Futures', True)
self._chkArea += ('MX #6: Professionals', True)
# Set up tabs and component flow for UI
self.formset = [{
'1. Player Setup':
['_lstPlayers', ' ', ('_btnAddPl', '_btnRemPl', '_btnGenPl')],
'2. Store Setup': ['_lstStore', ' ', '_btnGenerateSt'],
'3. Scoring': ['_scoringPanel', '_btnGetScoring'],
'4. Set Selection': ['_chkArea']
}]
# Add Player Method
# --------------------------------------------------------------------------------
# Used to add a single player to the list of players in the Player Setup tab.
def addPlayer(self, player):
# Add player to list
self._lstPlayers += [
player.name + '\t\t', player.character + '\t\t', player.deck
]
# Mark deck and character player chose as chosen
loader.markSetChosen(player.character)
loader.markSetChosen(player.deck)
# Append player to list of players
self.__players.append(player)
# Close the choose player UI
player.close()
# Add Multi Player Method
# --------------------------------------------------------------------------------
# Used to add multiple players to the player list. Unlike the add player method,
# this assumes that the player objects have already been marked chosen and simply
# appends them to the list under Player Setup and also adds them to the global
# players list. It also takes in a separate reference to a window to close.
def addMultiPlayer(self, players, window):
for player in players:
self._lstPlayers += [
player.name + '\t\t', player.character + '\t\t', player.deck
]
self.__players.append(player)
window.close()
# Player Setup Tab -- Button Callbacks
def __onAddPlayerClick(self):
win = AddPlayerUI(self._chkArea.checked_indexes)
win.parent = self
win.show()
def __onRemoveSelectedPlayerClick(self):
self._lstPlayers -= self._lstPlayers.selected_row_index
def __onGeneratePlayerSetupClick(self):
loader.clearPlayerSetup()
self._lstPlayers.clear()
win = GeneratePlayersUI(self._chkArea.checked_indexes)
win.parent = self
win.show()
# Store Setup Tab -- Button Callbacks
def __onGenerateStoreClick(self):
expansion = ""
premium = ""
master = ""
fusion = ""
tournament = ""
seed(datetime.now())
loader.clearStoreSetup()
self._lstStore.clear()
# Randomly select expansion sets and add to store
for _ in range(0, 5):
expansions = loader.getFilteredList(MBType.EXPANSION,
self._chkArea.checked_indexes)
exIdx = randint(0, len(expansions) - 1)
expansion += expansions[exIdx] + ', '
loader.markSetChosen(expansions[exIdx])
expansion = expansion[:-2]
self._lstStore += ['Expansion Sets\t\t', expansion]
# Randomly select premium sets and add to store
for _ in range(0, 4):
premiums = loader.getFilteredList(MBType.PREMIUM,
self._chkArea.checked_indexes)
preIdx = randint(0, len(premiums) - 1)
premium += premiums[preIdx] + ', '
loader.markSetChosen(premiums[preIdx])
premium = premium[:-2]
self._lstStore += ['Premium Sets\t\t', premium]
# Randomly select master sets and add to store
for _ in range(0, 3):
masters = loader.getFilteredList(MBType.MASTER,
self._chkArea.checked_indexes)
masIdx = randint(0, len(masters) - 1)
master += masters[masIdx] + ', '
loader.markSetChosen(masters[masIdx])
master = master[:-2]
self._lstStore += ['Master Sets\t\t', master]
# Randomly select fusion area sets and add to store
fusionBronze = loader.getFilteredList(MBType.BRONZE,
self._chkArea.checked_indexes)
fusionSilver = loader.getFilteredList(MBType.SILVER,
self._chkArea.checked_indexes)
fusionGold = loader.getFilteredList(MBType.GOLD,
self._chkArea.checked_indexes)
fbIdx = randint(0, len(fusionBronze) - 1)
fsIdx = randint(0, len(fusionSilver) - 1)
fgIdx = randint(0, len(fusionGold) - 1)
fusion = '(Bronze) ' + fusionBronze[fbIdx] + ', '
fusion += '(Silver) ' + fusionSilver[fsIdx] + ', '
fusion += '(Gold) ' + fusionGold[fgIdx]
loader.markSetChosen(fusionBronze[fbIdx])
loader.markSetChosen(fusionSilver[fsIdx])
loader.markSetChosen(fusionGold[fgIdx])
self._lstStore += ['Fusion Area Sets\t\t', fusion]
# Randomly select tournament prizes and add to store
tournamentBronze = loader.getFilteredList(
MBType.BRONZE, self._chkArea.checked_indexes)
tournamentSilver = loader.getFilteredList(
MBType.SILVER, self._chkArea.checked_indexes)
tbIdx = randint(0, len(tournamentBronze) - 1)
tsIdx = randint(0, len(tournamentSilver) - 1)
tournament = '(Bronze) ' + tournamentBronze[tbIdx] + ', '
tournament += '(Silver) ' + tournamentSilver[tsIdx]
loader.markSetChosen(tournamentBronze[tbIdx])
loader.markSetChosen(tournamentSilver[tsIdx])
self._lstStore += ['Tournament Prize Sets\t\t', tournament]
# Scoring Tab -- Callback Functions
def __onGenerateScoringClick(self):
win = None
if len(self.__players) > 0:
win = ScoringUI(self.__players)
win.parent = self
self._scoringPanel.value = win
win.show()
# Close Application Callback
def before_close_event(self):
# If we have an executing timer thread, join it before exiting otherwise this
# will hang
if timerThread is not None:
timerThread.join()
class NotificationsWidget(Notifications, BaseWidget):
def __init__(self, user = None, connection = None):
Notifications.__init__(self)
BaseWidget.__init__(self)
self._user = user
self._connection = connection
self._refresh_button = ControlToolButton('Refresh', maxheight= 50, maxwidth= 100)
self._notifCache=None
self._notifList = ControlList('Notifications',
select_entire_row = True)
self._notifList.readonly = True
self._notifList.cell_double_clicked_event = self.__onDouble
#self._notifList.item_selection_changed_event = self.__softSelect
self._notifList.horizontal_headers = [ 'Timestamp', 'Symbol', 'Price', 'Message']
self._notifList.add_popup_menu_option('Edit', function_action= self.__popEdit)
self._notifList.add_popup_menu_option('Delete', function_action= self.__deleteNotif)
self._plusBtn = ControlButton('New Notification')
self._plusBtn.value= self.__addNotifBtnAction
if self._user!=None and self._connection!=None:
self._refresh_button.value= self._refresh
self._retreive_existing()
def _refresh(self):
self._notifList.clear()
self._retreive_existing()
if self.parent!=None: self.parent.persist_login()
def _retreive_existing(self):
try:
pull_list = pull_notifications(self._user, self._connection)
self._notifCache=pull_list
except ValueError as err:
err= ErrorWin(err)
err.parent = self
err.show()
return
if pull_list:
for i in pull_list:
ts = pull_list[i]['timestamp']
datestring=datetime.fromtimestamp(ts/1e3).strftime('%Y-%m-%d %H:%M:%S')
self._notifList.__add__([datestring, pull_list[i]['symbol'], pull_list[i]['price'], pull_list[i]['message']])
def __addNotifBtnAction(self):
if self.parent!=None: self.parent.persist_login()
win = NotificationWidget(self._user, self._connection, '', '', '', '', 'new')
win.parent = self
win.show()
def __rmNotifBtnAction(self):
self.__deleteNotif(self)
def __onDouble(self, row, column):
if self.parent!=None: self.parent.persist_login()
timestamp = self._notifList.get_value(0, row)
symbol = self._notifList.get_value(1, row)
index = self._notifList.get_value(2, row)
message = self._notifList.get_value(3, row)
win = NotificationWidget(self._user, self._connection, timestamp, symbol, index, message, 'view')
win.parent = self
win.show()
def __popEdit(self):
row = self._notifList.selected_row_index
timestamp = self._notifList.get_value(0, row)
symbol = self._notifList.get_value(1, row)
index = self._notifList.get_value(2, row)
message = self._notifList.get_value(3, row)
for i in self._notifCache:
if self._notifCache[i]['message']== message:
key = i
#print("popedit key found: " + key)
win = NotificationWidget(self._user, self._connection, timestamp, symbol, index, message, "edit", key)
win.parent = self
win.show()
def __softSelect(self, row, column):
self._notifList.form.get_value(row, column)
def __deleteNotif(self):
row = self._notifList.selected_row_index
message = self._notifList.get_value(3, row)
for i in self._notifCache:
if self._notifCache[i]['message']== message:
key= i
try:
del_notification(self._user, self._connection, key)
self._notifList.__sub__(row)
except ValueError as error:
err= ErrorWin(error)
err.parent = self
err.show()
return
class AlyaGUI(BaseWidget):
def __init__(self):
super(AlyaGUI,self).__init__('Alya Case Editor')
#Layer for IO handling
self._fileio = AlyaFileIO()
self._log = ControlTextArea('Log')
self._fileio.SetLogControl(self.__addlog)
#Main form fields
self._casepath = ControlDir('Case path', default='/home/costa/Downloads/1111')
self._fileio.SetCasePath(self._casepath._value)
self._casename = ControlCombo('Case')
self._casePathScan = ControlButton('Scan Path')
self._casePathScan.value = self.___casePathScan_pressed
self._caseReload = ControlButton('Load Case')
self._caseReload.value = self.___caseReload_pressed
self._casepath.changed_event = self.__casePathChanged
#General tab. Here everythong most important to check
self._dat_casename = ControlText('Name','')
self._dat_run_type = ControlText('Run type','')
self._dat_time_interval = ControlText('Time interval to run','')
self._dat_number_of_steps = ControlText('Number of steps to run','')
self._dom_nodal_points = ControlText('Number of points','')
self._dom_elements = ControlText('Number of all elements','')
self._dom_number_of_boundary_faces = ControlText('Number of boundary faces','')
self._dom_mesh_numbers_verify_button = ControlButton('Verify')
self._dom_types_of_elements = ControlText('Types of elements','')
self._dom_domain_integration_points = ControlText('Number of integration points','')
self._ker_density = ControlText('Density','')
self._ker_viscosity = ControlText('Viscosity','')
self._ker_steps_to_save = ControlText('Every how many steps to save','')
self._nsi_boundary_conditions = ControlTextArea('Nastin boundary conditions')
general_tab = [('_dat_casename','_dat_run_type'),('_dat_time_interval','_dat_number_of_steps'),\
('_dom_nodal_points','_dom_elements','_dom_number_of_boundary_faces','_dom_mesh_numbers_verify_button'),\
('_dom_types_of_elements','_dom_domain_integration_points'),\
('_ker_density','_ker_viscosity'),\
'_ker_steps_to_save','_nsi_boundary_conditions']
#Raw casefile tab
self._FileEditor = ControlTextArea('File editor')
self._FileEditorSaveButton = ControlButton("Save file")
self._DatPicker = ControlList('Dat files')
self._DatPicker.horizontal_headers = ['Filename','Relative Path']
self._DatPicker.item_selection_changed_event = self.__DAT_selection_changed
self._DatPicker.readonly = True
self._IncludedFilePicker = ControlList('Included files')
self._IncludedFilePicker.horizontal_headers = ['Filename','Section']
self._IncludedFilePicker.readonly = True
self._IncludedFilePicker.item_selection_changed_event = self.__INCLUDE_selection_changed
self.formset = [ ('_casepath','_casePathScan','||','_casename','_caseReload'),\
{'General': general_tab, \
'Raw Casefile':[('_FileEditor','||','_DatPicker','||','_IncludedFilePicker'),\
'_FileEditorSaveButton']},'=','_log']
self._log.autoscroll = True
self._log.readonly = True
def ___fill_general_tab(self, params):
self._dat_casename.value = params['alya']
self._dat_run_type.value = params['run_type']
self._dat_time_interval.value = params['time_interval']
self._dat_number_of_steps.value = params['number_of_steps']
self._dom_nodal_points.value = params['nodal_points']
self._dom_elements.value = params['elements']
self._dom_number_of_boundary_faces.value = params['boundaries']
self._dom_types_of_elements.value = params['types_of_elements']
self._dom_domain_integration_points.value = params['domain_integration_points']
self._ker_density.value = params['density']
self._ker_viscosity.value = params['viscosity']
self._ker_steps_to_save.value = params['steps']
self._nsi_boundary_conditions.value = params['nsi_boundary_conditions']
def ___caseReload_pressed(self):
#
# Reload the case
#
self.__addlog(f'Loading case {self._casename.value}')
params = self._fileio.ExtractImportantParameters( self._casename.value )
self.__addlog(f'Loaded parameters {params}')
self.___fill_general_tab(params)
def ___casePathScan_pressed(self):
#
# Scan path for the cases, fill the listbox of cases
# Not fully implmented. Does not support more than one case per path yet
#
self._fileio.SetCasePath(self._casepath._value)
self.__addlog(f'Scanning {self._casepath._value} for cases')
cases = self._fileio.ListCases()
self.__addlog(f'Found the following cases {cases}')
self._casename.clear()
if cases!=[]:
for case in cases:
self._casename.add_item(case)
self._casename.current_index = 0
self.___caseReload_pressed()
dats = self._fileio.ListDats()
self._DatPicker.clear()
for dat in dats:
self._DatPicker += [dat, '.']
def __casePathChanged(self):
self.__addlog(f'Case path changed to: {self._casepath._value}')
self.___casePathScan_pressed()
return True
def __addlog(self, string):
self._log.__add__(f'{datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")}: {string}')
def __INCLUDE_selection_changed(self):
#
# Activated when user clicks on an INCLUDED file
#
selection = self._IncludedFilePicker.get_currentrow_value()
print(selection[0])
data = self._fileio.ReadFullFile( selection[0] )
self._FileEditor.value = ''
if data!=[]:
self._FileEditor.value = ''.join(data)
def __DAT_selection_changed(self):
#
# Activated when user clicks on a dat file
#
selection = self._DatPicker.get_currentrow_value()
data = self._fileio.ReadFullFile( os.path.join(selection[1],selection[0]) )
includes = self._fileio.FindAllIncludedFiles(selection[0])
self.__addlog(f'Found {includes} included files')
self._IncludedFilePicker.clear()
if includes!=[]:
for include in includes:
self._IncludedFilePicker += [include[0], include[1]]
self._FileEditor.value = ''
if data!=[]:
self._FileEditor.value = ''.join(data)
class TaskWindow(Task, BaseWidget):
"""
Define here which fields from the task model should appear on the details section.
The model fields shall be defined as UI components like text fields, buttons, combo boxes, etc.
You may also assign actions to these components.
**Properties**
name
:class:`string`
Name associated with this task. Returns the current value stored in the :py:attr:`_name` text field.
**Private attributes**
_name
:class:`pyforms.controls.ControlText`
Text field to edit task name. Editing this field fires the event :meth:`TaskWindow._TaskWindow__name_edited_evt`.
_edit_btn
:class:`pyforms.controls.ControlButton`
Button to edit task code. Pressing the button fires the event :meth:`BoardWindow._BoardWindow__install_framework_btn_evt`.
_formset
Describe window fields organization to PyForms.
**Methods**
"""
def __init__(self, project=None):
BaseWidget.__init__(self, 'Task')
self.layout().setContentsMargins(5, 10, 5, 5)
self.precmdwin = None
self.postcmdwin = None
self._namefield = ControlText('Task name', changed_event=self.__name_edited_evt)
self._use_server = ControlCheckBox('Trigger soft codes using a UDP port')
self._precmds = ControlList(
'Pre commands',
add_function=self.__add_pre_command,
remove_function=self.__remove_pre_command,
readonly=True
)
self._postcmds = ControlList(
'Post commands',
add_function=self.__add_post_command,
remove_function=self.__remove_post_command,
readonly=True
)
self._formset = [
'_namefield',
'_use_server',
'_precmds',
'_postcmds',
' '
]
Task.__init__(self, project)
self.update_commands()
def update_commands(self):
self._precmds.clear()
self._postcmds.clear()
self._precommands_list = []
self._postcommands_list = []
for cmd in self.commands:
if cmd.when == TaskCommand.WHEN_PRE:
self._precmds += [str(cmd)]
self._precommands_list.append(cmd)
elif cmd.when == TaskCommand.WHEN_POST:
self._postcmds += [str(cmd)]
self._postcommands_list.append(cmd)
def __add_pre_command(self):
if self.precmdwin is not None:
self.precmdwin.show()
self.precmdwin.activateWindow()
self.precmdwin.raise_()
else:
self.precmdwin = CommandEditor(self, when=TaskCommand.WHEN_PRE)
self.precmdwin.show()
def __remove_pre_command(self):
row = self._precmds.selected_row_index
if row is not None:
obj = self._precommands_list.pop(row)
self._commands.remove(obj)
self._precmds -= -1
def __add_post_command(self):
if self.postcmdwin is not None:
self.postcmdwin.show()
self.postcmdwin.activateWindow()
self.postcmdwin.raise_()
else:
self.postcmdwin = CommandEditor(self, when=TaskCommand.WHEN_POST)
self.postcmdwin.show()
def __remove_post_command(self):
row = self._postcmds.selected_row_index
if row is not None:
obj = self._postcommands_list.pop(row)
self._commands.remove(obj)
self._postcmds -= -1
def __use_server_changed_evt(self):
self._netport.enabled = True if self._use_server.value else False
def __name_edited_evt(self):
"""
React to changes on text field :py:attr:`_name`.
This methods is called every time the user changes the field.
"""
if not hasattr(self, '_update_name') or not self._update_name:
self.name = self._namefield.value
@property
def name(self): return Task.name.fget(self)
@name.setter
def name(self, value):
try:
Task.name.fset(self, value)
except FileNotFoundError as e:
self.critical(str(e), 'File not found')
# Flag to avoid recurse calls when editing the name text field
self._update_name = True
self._namefield.value = value
self._update_name = False
@property
def trigger_softcodes(self):
return self._use_server.value
@trigger_softcodes.setter
def trigger_softcodes(self, value):
self._use_server.value = (value is True)
def load(self, path):
super(TaskWindow, self).load(path)
self.update_commands()
class AdminWidget(BaseWidget):
def __init__(self, user=None, connection=None):
BaseWidget.__init__(self)
self._admin = user
self._connection = connection
self._add_user_button = ControlButton('New User')
self._refresh_button = ControlButton('Refresh List')
self._add_user_button.value= self.__add_User_btnAction
self._refresh_button.value= self.__refresh
self._userList = ControlList('Users',select_entire_row=True)
self._userList.readonly=True
self._userList.cell_double_clicked_event = self.__onSelect
self._userList.horizontal_headers=['Admin', 'Name', 'Email']
self._userList.add_popup_menu_option('Toggle Admin Status', function_action=self.__admin_power)
self._userList.add_popup_menu_option('Edit', function_action=self.__popEdit)
if self._admin!=None and self._connection!=None:
self.__retreive_users()
def __refresh(self):
self._userList.clear()
self.__retreive_users()
if self.parent!=None: self.parent.persist_login()
def __retreive_users(self):
try:
self._user_pull= pull_users(self._admin, self._connection)
except ValueError as err:
err=ErrorWin(err)
err.parent=self
err.show()
return
if self._user_pull!=None:
admins = self._connection['Database'].child('admins').shallow().get(self._admin['idToken'])
for user in self._user_pull:
check = False
if user in admins.val():
check = True
self._userList.__add__([check, self._user_pull[user]['name'], self._user_pull[user]['email']])
def __onSelect(self, row, column):
if self.parent!=None: self.parent.persist_login()
name = self._userList.get_value(1, row)
email = self._userList.get_value(2, row)
for i in self._user_pull:
if self._user_pull[i]['email'] == email:
uid = i
try:
services = self._user_pull[i]['services']
except:
services = {"notifications" : False, "analysis": False, "newsletter" : False}
win = UserWidget(self._admin, self._connection, 'edit', uid, email, name, services)
win.parent = self
win.show()
def _refresh(self):
self._userList.clear()
self._user_pull= pull_users(self._admin, self._connection)
if self._user_pull!=None:
for user in self._user_pull:
self._userList.__add__([self._user_pull[user]['name'], self._user_pull[user]['email']])
def __popEdit(self):
row = self._userList.selected_row_index
name = self._userList.get_value(1, row)
email = self._userList.get_value(2, row)
print(email)
for i in self._user_pull:
if self._user_pull[i]['email'] == email:
uid = i
try:
services = self._user_pull[i]['services']
except:
services = {"notifications" : False, "analysis": False, "newsletter" : False}
win = UserWidget(self._admin, self._connection,'edit', uid, email, name, services)
win.parent = self
win.show()
def __add_User_btnAction(self):
if self.parent!=None: self.parent.persist_login()
win = UserWidget(self._admin, self._connection, 'new')
win.parent = self
win.show()
def _add_User(self, user):
pass
def _update_user(self, account):
self._connection['Database'].child("users").child(account._uid).update({"name": account.name, "email": account.email, "services": account.services})
def __admin_power(self):
if self.parent!=None: self.parent.persist_login()
row = self._userList.selected_row_index
email = self._userList.get_value(2, row)
for i in self._user_pull:
if self._user_pull[i]['email'] == email:
self._selected_uid = i
if self._selected_uid == self._admin['localId']:
err = ErrorWin('Action not allowed - Cannot remove self as admin.')
err.parent= self
err.show()
return
if self._userList.get_value(0, row)== 'true':#already admin
conf= ConfirmWin('Are you sure you want to remove this admin?', self._userList.get_value(1, row))
conf.parent = self
conf.show()
return
else:
conf= ConfirmWin('Are you sure you want to make this account admin?', self._userList.get_value(1, row))
conf.parent = self
conf.show()
return
def _admin_toggle(self):
toggle_admin(self._admin, self._connection, self._selected_uid)
self._selected_uid=''
self.__refresh()
class LibMaster(BaseWidget):
def __init__(self, title='LibMaster'):
super(LibMaster, self).__init__(title)
self.debug = False
#Import controls
self._openImportFile = None
self._openImportDir = None
self._importPathText = ControlText()
self._openFileButton = ControlButton('Open a file')
self._openDirButton = ControlButton('Open a directory')
self._importButton = ControlButton('Import')
self._importTextArea = ControlTextArea()
#Configure controls
self._configCombo = ControlCombo('Library')
self._configNameText = ControlText('Loop name')
self._configPageNumber = ControlNumber('Start page',
default=1,
min=1,
max=20000)
self._configDict = {}
self._configList = ControlList('Application Plan',
add_function=self.__buttonAction_Add,
remove_function=self.__buttonAction_Del)
self._configLoadButton = ControlButton('Load')
self._configAddButton = ControlButton('Add')
self._configDelButton = ControlButton('Delete')
self._configClearButton = ControlButton('Clear')
self._configSaveButton = ControlButton('Save')
self._configGenButton = ControlButton('Generate')
self._configTextArea = ControlTextArea()
#Combine controls
self._openDBFile = ControlFileOpen('Choose the database file: ',
opened_file_type='txt')
self._openArgFile = ControlFileOpen('Choose the argument file: ',
opened_file_type='xlsx')
self._combineButton = ControlButton('Combine')
self._combineTextArea = ControlTextArea()
#setup all controls
self.formset = [{
' 1. Import ': [
'', ('', '_importPathText', ''),
('', '_openFileButton', '', '_openDirButton', ''),
(' ', '_importButton', ' '), '', ('', '_importTextArea', ''),
''
],
' 2. Configure ': [
'',
('', '_configCombo', '', '_configNameText', '',
'_configPageNumber', ''), ('', '_configList', ''),
('', '_configAddButton', '', '_configDelButton', '',
'_configClearButton', ''),
('', '_configLoadButton', '', '_configSaveButton', '',
'_configGenButton', ''), '', ('', '_configTextArea', ''), ''
],
' 3. Combine ': [
'', ('', '_openDBFile', ''), ('', '_openArgFile', ''),
(' ', '_combineButton', ' '), '', ('', '_combineTextArea', ''),
''
]
}]
#Button Actions
self._openFileButton.value = self.__buttonAction_OpenFile
self._openDirButton.value = self.__buttonAction_OpenDir
self._importButton.value = self.__buttonAction_Import
self._configLoadButton.value = self.__buttonAction_Load
self._configAddButton.value = self.__buttonAction_Add
self._configDelButton.value = self.__buttonAction_Del
self._configClearButton.value = self.__buttonAction_Clear
self._configSaveButton.value = self.__buttonAction_Save
self._configGenButton.value = self.__buttonAction_Gen
self._combineButton.value = self.__buttonAction_Combine
#set all text area to read only
self._importTextArea.readonly = True
self._configTextArea.readonly = True
self._combineTextArea.readonly = True
#Combo box lists correct library files in './Library' directory
self._configCombo += 'Select library'
if not os.path.exists('Library'):
os.mkdir('Library')
else:
file_lst = os.listdir('Library')
for file in file_lst:
if file[-4:] == '.txt' and (file[:-4] + '.xlsx') in file_lst:
self._configCombo += file[:-4]
else:
pass
#set configuration list property
headers = []
headers.append(' ' * 10 + 'Library' + ' ' * 10)
headers.append(' ' * 10 + 'Loop Name' + ' ' * 10)
headers.append(' Start Page ')
headers.append(' End Page ')
self._configList.horizontal_headers = headers
self._configList.select_entire_row = True
self._configList.readonly = True
def __buttonAction_OpenFile(self):
try:
self._openImportFile = ControlFileOpen('Choose library file:',
opened_file_type='txt')
self._openImportFile.click()
self._importPathText.value = self._openImportFile.value
except Exception as err:
self._importTextArea.__add__('Open file error: ' + repr(err))
if self.debug:
self._importTextArea.__add__(traceback.format_exc())
def __buttonAction_OpenDir(self):
try:
self._openImportDir = ControlDir('Choose directory:')
self._openImportDir.click()
self._importPathText.value = self._openImportDir.value
except Exception as err:
self._importTextArea.__add__('Open file error: ' + repr(err))
if self.debug:
self._importTextArea.__add__(traceback.format_exc())
def __buttonAction_Import(self):
try:
#import a file, using main import function from 'Import.py'
if self._openImportFile is not None and self._openImportFile.value == self._importPathText.value:
addedFiles = Import([self._openImportFile.value],
self._importTextArea.__add__)
self._importTextArea.__add__(
'Import finish. Libraries are exported under \'./Library\' directory.'
)
for add_file in addedFiles:
self._configCombo += addedFiles[0][:-4]
#import a directory, find valid files in directory before calling Import
elif self._openImportDir is not None and self._openImportDir.value == self._importPathText.value:
files = []
dirs = os.listdir(self._openImportDir.value)
for file in dirs:
if file[-4:] == '.txt':
files.append(self._openImportDir.value + '/' + file)
else:
pass
if len(files) > 0:
addedFiles = Import(files, self._importTextArea.__add__)
self._importTextArea.__add__(
'Import finish. Libraries are exported under \'./Library\' directory.'
)
for add_file in addedFiles:
self._configCombo += add_file[:-4]
else:
self._importTextArea.__add__(
'No valid file in the directory.')
#no file selected
else:
self._importTextArea.__add__('No file or directory selected.')
except Exception as err:
self._importTextArea.__add__('Error: ' + repr(err))
if self.debug:
self._importTextArea.__add__(traceback.format_exc())
def __helper_Add2Dict(self, lst):
combo, name, pageNum = lst[0], lst[1], int(lst[2])
if name in self._configDict.values():
raise Exception('Loop name conflict.')
else:
pass
wb = load_workbook('./Library/' + combo + '.xlsx')
ws = wb['Info']
for row in list(ws.rows):
if row[0].value == 'Page count':
pageCount = row[1].value
else:
pass
for i in range(pageCount):
if pageNum + i in self._configDict:
raise Exception('Page conflict.')
else:
pass
lst[3] = pageNum + pageCount - 1
for i in range(pageCount):
self._configDict[pageNum + i] = name
def __buttonAction_Load(self):
try:
self._loadConfigFile = ControlFileOpen(opened_file_type='json')
self._loadConfigFile.click()
if self._loadConfigFile.value != '':
with open(self._loadConfigFile.value, 'r') as f:
jstr = json.load(f)
table = jstr['value']
self._configDict.clear()
for row in table:
self.__helper_Add2Dict(row)
self._configList.load_form(jstr, None)
else:
raise Exception('No file selected.')
self._configTextArea.__add__('List loaded from ' +
self._loadConfigFile.value)
except Exception as err:
self._configTextArea.__add__('\'Load\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Add(self):
try:
nameText = '__' + self._configCombo.text if self._configNameText.value == '' else self._configNameText.value
lst = [
self._configCombo.text, nameText, self._configPageNumber.value,
0
]
self.__helper_Add2Dict(lst)
self._configList.__add__(lst)
self._configList.resizecolumns = False
except Exception as err:
self._configTextArea.__add__('\'Add\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Del(self):
try:
if self._configList.selected_row_index is None:
raise Exception('No row selected.')
for i in range(int(self._configList.get_currentrow_value()[2]),
int(self._configList.get_currentrow_value()[3]) +
1):
del self._configDict[i]
self._configList.__sub__(self._configList.selected_row_index)
except Exception as err:
self._configTextArea.__add__('\'Delete\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Clear(self):
try:
self._configDict.clear()
self._configList.clear()
except Exception as err:
self._configTextArea.__add__('\'Clear\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Save(self):
try:
self._saveConfigFile = ControlFileSave(saved_file_type='json')
self._saveConfigFile.click()
if self._saveConfigFile.value != '':
with open(self._saveConfigFile.value, 'w') as f:
json.dump(self._configList.save_form({}, None), f)
else:
raise Exception('File not specified.')
self._configTextArea.__add__('List saved to ' +
self._saveConfigFile.value)
except Exception as err:
self._configTextArea.__add__('\'Save\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Gen(self):
try:
table = self._configList.value
for i in range(len(table)):
table[i][0] += '.txt'
table.insert(0, ['Library', 'Loop Name', 'Start Page', 'End Page'])
self._saveArgFile = ControlFileSave(saved_file_type='xlsx')
self._saveArgFile.click()
Config(table, self._saveArgFile.value)
self._configTextArea.__add__('Arguments file is generated.')
self._openArgFile.value = self._saveArgFile.value
except Exception as err:
self._configTextArea.__add__('\'Generate\' error: ' + repr(err))
if self.debug:
self._configTextArea.__add__(traceback.format_exc())
def __buttonAction_Combine(self):
try:
self._saveDPUFile = ControlFileSave(saved_file_type='txt')
self._saveDPUFile.click()
Combine(self._openDBFile.value, self._saveDPUFile.value,
self._openArgFile.value)
self._combineTextArea.__add__('New DPU file is generated.')
except Exception as err:
self._combineTextArea.__add__('Error: ' + repr(err))
if self.debug:
self._combineTextArea.__add__(traceback.format_exc())
class AlyaGUI(BaseWidget):
def __init__(self):
super(AlyaGUI, self).__init__('Alya Case Editor')
#Layer for IO handling
self._fileio = AlyaFileIO()
self._log = ControlTextArea('Log')
self._fileio.SetLogControl(self.__addlog)
#Main form fields
self._casepath = ControlDir('Case path',
default='/home/costa/Downloads/1111')
self._fileio.SetCasePath(self._casepath._value)
self._casename = ControlCombo('Case')
self._casePathScan = ControlButton('Scan Path')
self._casePathScan.value = self.___casePathScan_pressed
self._caseReload = ControlButton('Load Case')
self._caseReload.value = self.___caseReload_pressed
self._casepath.changed_event = self.__casePathChanged
#General tab. Here everythong most important to check
self._dat_casename = ControlText('Name', '')
self._dat_run_type = ControlText('Run type', '')
self._dat_time_interval = ControlText('Time interval to run', '')
self._dat_number_of_steps = ControlText('Number of steps to run', '')
self._dom_nodal_points = ControlText('Number of points', '')
self._dom_elements = ControlText('Number of all elements', '')
self._dom_number_of_boundary_faces = ControlText(
'Number of boundary faces', '')
self._dom_mesh_numbers_verify_button = ControlButton('Verify')
self._dom_types_of_elements = ControlText('Types of elements', '')
self._dom_domain_integration_points = ControlText(
'Number of integration points', '')
self._ker_density = ControlText('Density', '')
self._ker_viscosity = ControlText('Viscosity', '')
self._ker_steps_to_save = ControlText('Every how many steps to save',
'')
self._nsi_boundary_conditions = ControlTextArea(
'Nastin boundary conditions')
general_tab = [('_dat_casename','_dat_run_type'),('_dat_time_interval','_dat_number_of_steps'),\
('_dom_nodal_points','_dom_elements','_dom_number_of_boundary_faces','_dom_mesh_numbers_verify_button'),\
('_dom_types_of_elements','_dom_domain_integration_points'),\
('_ker_density','_ker_viscosity'),\
'_ker_steps_to_save','_nsi_boundary_conditions']
#Raw casefile tab
self._FileEditor = ControlTextArea('File editor')
self._FileEditorSaveButton = ControlButton("Save file")
self._DatPicker = ControlList('Dat files')
self._DatPicker.horizontal_headers = ['Filename', 'Relative Path']
self._DatPicker.item_selection_changed_event = self.__DAT_selection_changed
self._DatPicker.readonly = True
self._IncludedFilePicker = ControlList('Included files')
self._IncludedFilePicker.horizontal_headers = ['Filename', 'Section']
self._IncludedFilePicker.readonly = True
self._IncludedFilePicker.item_selection_changed_event = self.__INCLUDE_selection_changed
self.formset = [ ('_casepath','_casePathScan','||','_casename','_caseReload'),\
{'General': general_tab, \
'Raw Casefile':[('_FileEditor','||','_DatPicker','||','_IncludedFilePicker'),\
'_FileEditorSaveButton']},'=','_log']
self._log.autoscroll = True
self._log.readonly = True
def ___fill_general_tab(self, params):
self._dat_casename.value = params['alya']
self._dat_run_type.value = params['run_type']
self._dat_time_interval.value = params['time_interval']
self._dat_number_of_steps.value = params['number_of_steps']
self._dom_nodal_points.value = params['nodal_points']
self._dom_elements.value = params['elements']
self._dom_number_of_boundary_faces.value = params['boundaries']
self._dom_types_of_elements.value = params['types_of_elements']
self._dom_domain_integration_points.value = params[
'domain_integration_points']
self._ker_density.value = params['density']
self._ker_viscosity.value = params['viscosity']
self._ker_steps_to_save.value = params['steps']
self._nsi_boundary_conditions.value = params['nsi_boundary_conditions']
def ___caseReload_pressed(self):
#
# Reload the case
#
self.__addlog(f'Loading case {self._casename.value}')
params = self._fileio.ExtractImportantParameters(self._casename.value)
self.__addlog(f'Loaded parameters {params}')
self.___fill_general_tab(params)
def ___casePathScan_pressed(self):
#
# Scan path for the cases, fill the listbox of cases
# Not fully implmented. Does not support more than one case per path yet
#
self._fileio.SetCasePath(self._casepath._value)
self.__addlog(f'Scanning {self._casepath._value} for cases')
cases = self._fileio.ListCases()
self.__addlog(f'Found the following cases {cases}')
self._casename.clear()
if cases != []:
for case in cases:
self._casename.add_item(case)
self._casename.current_index = 0
self.___caseReload_pressed()
dats = self._fileio.ListDats()
self._DatPicker.clear()
for dat in dats:
self._DatPicker += [dat, '.']
def __casePathChanged(self):
self.__addlog(f'Case path changed to: {self._casepath._value}')
self.___casePathScan_pressed()
return True
def __addlog(self, string):
self._log.__add__(
f'{datetime.datetime.now().strftime("%Y-%m-%d %H:%M:%S")}: {string}'
)
def __INCLUDE_selection_changed(self):
#
# Activated when user clicks on an INCLUDED file
#
selection = self._IncludedFilePicker.get_currentrow_value()
print(selection[0])
data = self._fileio.ReadFullFile(selection[0])
self._FileEditor.value = ''
if data != []:
self._FileEditor.value = ''.join(data)
def __DAT_selection_changed(self):
#
# Activated when user clicks on a dat file
#
selection = self._DatPicker.get_currentrow_value()
data = self._fileio.ReadFullFile(
os.path.join(selection[1], selection[0]))
includes = self._fileio.FindAllIncludedFiles(selection[0])
self.__addlog(f'Found {includes} included files')
self._IncludedFilePicker.clear()
if includes != []:
for include in includes:
self._IncludedFilePicker += [include[0], include[1]]
self._FileEditor.value = ''
if data != []:
self._FileEditor.value = ''.join(data)
