def _create_locations_cell(self, po: ProductOrderDalModel) -> Label:
if po.status == PickingStatus.Done:
return create_label_cell("-")
stock = self.stock_repo.get_stock_for_product(po.product.id)
text = ""
for si in stock:
if len(text) != 0:
text += "\n"
text += f"{si.quantity} at {si.location}"
if len(stock) == 0:
text = "Out of Stock"
return create_label_cell(text)
def __init__(self, **kw):
# self.repo = ProductRepository(DatabaseManager())
self.repo = class_manager.get_instance(ProductRepository)
self.products = self.repo.get_all_products()
headers = [
TableField("ID", .1, lambda p: create_label_cell(p.id)),
TableField("Name", .2, lambda p: create_label_cell(p.name)),
TableField("Target Stock", .2,
lambda p: create_label_cell(p.target_stock)),
TableField("Description", .3,
lambda p: _create_desc_label(p.description)),
TableField(
"Actions", .3, lambda p: _create_action_view(
p, self.edit_product, self.remove_product))
]
super().__init__(headers, **kw)
def __init__(self, **kw):
self.repo = class_manager.get_instance(StockRepository)
self.stock = self.repo.get_all_stock_items()
headers = [
TableField("ID", .1, lambda s: create_label_cell(s.id)),
TableField("Product Name", .3,
lambda s: create_label_cell(s.product.name)),
TableField("Location", .1,
lambda s: create_label_cell(s.location)),
# TODO: Change to quantity table cell
TableField(
"Quantity", .2,
lambda s: _create_qty_cell(s, self.get_stock_modifier(s))),
TableField(
"Actions", .3, lambda s: _create_action_view(
s, self.edit_stock, self.remove_stock))
]
super().__init__(headers, **kw)
def __init__(self, **kw):
self.repo = class_manager.get_instance(OrderRepository)
self.sync_service = class_manager.get_instance(OrderSyncService)
self.mail_service = class_manager.get_instance(MailService)
self.orders = self.repo.get_all_orders()
headers = [
TableField("ID", .05, lambda o: create_label_cell(o.id)),
TableField(
"Customer", .3, lambda o: create_label_cell(
o.customer_name + "\n" + o.email_address)),
TableField("Status", .1, lambda o: create_label_cell(o.status)),
# TableField("Store", .1, lambda o: create_label_cell(o.storefront)),
TableField("Products", .3, lambda o: _create_products_cell(o)),
TableField("Actions", .2, lambda o: self.create_action_cell(o))
]
super().__init__(headers, **kw)
self.sync_button = self.ids.sync_button
self.sync_button.on_press = self.on_sync
self.table.set_row_height(.25)
def _create_actions_cell(self, po: ProductOrderDalModel) -> Widget:
if po.status == PickingStatus.NotPicked:
stock = self.stock_repo.get_stock_for_product(po.product.id)
if len(stock) > 0:
btn = Button(text="Start Picking")
btn.on_press = lambda: self._start_picking(po)
return btn
else:
return create_label_cell("-")
elif po.status == PickingStatus.InProgress:
layout = BoxLayout(orientation="vertical")
stop_btn = Button(text="Stop Picking")
stop_btn.on_press = lambda: self._stop_picking(po)
mark_picked_btn = Button(text="Mark as Picked")
mark_picked_btn.on_press = lambda: self._mark_picked(po)
layout.add_widget(stop_btn)
layout.add_widget(mark_picked_btn)
return layout
else:
return create_label_cell("-")
def on_kv_post(self, base_widget):
super().on_kv_post(base_widget)
self.size_hint_x = .8
self.size_hint_y = .9
self.order_label = self.ids.order_label
self.print_button = self.ids.print_button
self.table = self.ids.table
self.done_button = self.ids.done_button
self.done_button.on_press = lambda: self.on_done()
self.order_label.text = f"Order #{self.order.id:04d}"
self.headers = [
TableField("Item", .3,
lambda po: create_label_cell(po.product.name)),
TableField("Status", .2, lambda po: create_label_cell(po.status)),
TableField("Locations", .2,
lambda po: self._create_locations_cell(po)),
TableField("Actions", .3, lambda po: self._create_actions_cell(po))
]
self.data = self.order.products
self.table.setup(self.headers, self.data)
self.table.set_row_height(.3)
def _create_desc_label(text) -> Widget:
# TODO: Improve multiple line handling
return create_label_cell(text)
def _create_products_cell(o: OrderDalModel) -> Label:
prod_names = [f"{p.product.name} - {p.status}" for p in o.products]
return create_label_cell("\n".join(prod_names))