def print_data_view(key: str) -> None:
data = get_cats(DbController.instance().get_all_rows(key, '*'))
is_looping = True
while is_looping:
clear()
dicts_to_table(data, paginate=True)
index = get_validated_input('Please Select 1 To Sort: ',
int,
fg='Blue',
cancel_on='0',
is_present=[1])
if index == False:
is_looping = False
continue
if index == 1:
clear()
# Get a list of the current column names to be used in a sort order
sort_on_keys = [key for key in data[0]]
list_to_table(sort_on_keys, 'Available Sorts', enumerate=True)
sort_key = get_validated_input(
'How Would You Like To Sort By [id]? ',
int,
fg='Blue',
min_value=1,
max_value=len(sort_on_keys),
cancel_on=0)
# Refresh data with selected sort order
data = get_cats(DbController.instance().get_all_rows(
key, '*', order=f'ORDER BY {sort_key}'))
continue
def test_should_apply_float_max_value(self, mock_input):
#Given
mock_input.side_effect = [2.5, 1.5]
#When
get_validated_input('Test', float, max_value=1.5)
#Then
self.assertEqual(mock_input.call_count, 2)
def test_should_apply_is_min_length(self, mock_input):
#Given
mock_input.side_effect = ['123', '1234']
#When
get_validated_input('Test', str, min_length=4)
#Then
self.assertEqual(mock_input.call_count, 2)
def test_should_apply_int_min_value(self, mock_input):
#Given
mock_input.side_effect = [1, 2]
#When
get_validated_input('Test', int, min_value=2)
#Then
self.assertEqual(mock_input.call_count, 2)
def test_should_apply_is_present(self, mock_input):
#Given
lst = ['not unique']
mock_input.side_effect = ['Unique', 'Not Unique']
#When
get_validated_input('Test', str, is_present=lst)
#Then
self.assertEqual(mock_input.call_count, 2)
def test_should_loop_until_valid_input(self, mock_input):
# Given
mock_input.side_effect = ['string1', 'string2', '1.99']
expected = 3
# When
get_validated_input('Prompt', float)
# Then
self.assertEqual(expected, mock_input.call_count)
def test_should_apply_unique(self, mock_input):
#Given
unique = ['not unique']
mock_input.side_effect = ['Not Unique', 'Unique']
#When
get_validated_input('Test', str, unique=unique)
#Then
self.assertEqual(mock_input.call_count, 2)
def show_update_status_menu() -> None:
data = get_order_data()
current_ids = [order['id'] for order in data]
is_looping = True
while is_looping:
clear()
dicts_to_table(data)
index = get_validated_input('Please Select An Id To Update: ',
int,
fg='Blue',
cancel_on='0',
is_present=current_ids)
if not index:
is_looping = False
continue
status_list = DbController.instance().get_all_rows(
'status', 'id, code')
current_row = DbController.instance().get_rows_where(
'orders', '*', 'id', index)[0]
clear()
dicts_to_table(data)
print(fmt_string(f'\nUpdating Order {index}...', fg='Cyan'))
dicts_to_table(status_list)
status_index = get_validated_input(f'Please Select A New Status: ',
int,
fg='Blue',
min_length=0,
max_value=len(status_list),
min_value=1,
cancel_on='0')
if not status_index:
continue
current_row['status'] = status_index
DbController.instance().update('orders', index, current_row)
data = get_order_data()
clear()
dicts_to_table(data)
if input(
fmt_string(
'Status SuccessFully Updated. Would You Like To Update Another?[y/n]\n',
fg='Green')) == 'n':
is_looping = False
continue
def show_delete_item_menu(get_key: str) -> None:
data = get_cats(DbController.instance().get_all_rows(get_key, '*'),
action='delete')
current_ids = [item['id'] for item in data]
is_looping = True
while is_looping:
clear()
dicts_to_table(data)
item_id = get_validated_input(f'Please Enter An ID To Delete: ',
int,
fg='Blue',
min_length=1,
is_present=current_ids,
cancel_on='0')
if not item_id:
return
DbController.instance().delete(get_key, item_id)
clear()
data = get_cats(DbController.instance().get_all_rows(get_key, '*'),
action='delete')
dicts_to_table(data)
if input(
fmt_string(
'Item SuccessFully Added. Would You Like To Add Another?[y/n]\n',
fg='Green')) == 'n':
is_looping = False
def show_delete_order_menu() -> None:
data = get_order_data()
current_ids = [item['id'] for item in data]
is_looping = True
while is_looping:
clear()
dicts_to_table(data)
id = get_validated_input('Please Enter An ID To Delete: ',
int,
fg='Blue',
min_length=1,
is_present=current_ids,
cancel_on='0')
if not id:
return
DbController.instance().delete('orders', id)
data = get_order_data()
clear()
dicts_to_table(data)
if input(
fmt_string(
'Item SuccessFully Updated. Would You Like To Update Another?[y/n]\n',
fg='Green')) == 'n':
is_looping = False
def test_should_return_str_as_float(self):
# Given
expected = 1.99
# When
actual = get_validated_input('Prompt', float)
# Then
self.assertEqual(expected, actual)
def print_order_view():
is_looping = True
data = get_order_data()
# Get ID's of current orders to ensure that a valid one is selected
current_ids = [
item['id']
for item in DbController.instance().get_column('orders', 'id')
]
while is_looping:
clear()
dicts_to_table(data, paginate=True)
index = get_validated_input(
'Please Select An Id To View (-1 To Sort): ',
int,
fg='Blue',
cancel_on='0',
is_present=current_ids + [-1])
if index == False:
is_looping = False
continue
if index == -1:
clear()
dicts_to_table(data, paginate=False)
# Get a list of the current coloum names to be used in a sort order
sort_on_keys = list(data[0].keys())
list_to_table(sort_on_keys, 'Available Sorts', enumerate=True)
sort_key = get_validated_input(
'What Would You Like To Sort By [id]? ',
int,
fg='Blue',
min_value=1,
max_value=len(sort_on_keys),
cancel_on=0)
# Status sorts on id not named string so set this if status is selected
data = get_order_data(sort_key if sort_key != 7 else 'o.status')
continue
for order in data:
if order['id'] == index:
clear()
show_order_detail_menu(order)
def test_should_escape_float(self, mock_input):
#Given
mock_input.return_value = 'Name."\\,.,.'
expected = 'name'
#When
actual = get_validated_input('Test', str)
#Then
self.assertEqual(expected, actual)
def view_procs():
clear()
views = DbController.instance().get_available_procs()
list_to_table(views, 'Views', enumerate=True)
action = get_validated_input('Select A Item To Preview: ',
int,
fg='Green',
min_value=1,
max_value=len(views),
cancel_on='0')
if not action:
return
dicts_to_table(DbController.instance().call_proc(views[action - 1].replace(
' ', '_')))
input(fmt_string('Press Enter To Continue', fg='Green'))
def view_logs():
clear()
list_to_table([item for item in reversed(LOG_LEVELS.keys())],
'Levels',
enumerate=True)
log_level = get_validated_input('Please Select A Log Level: \n',
int,
fg='Blue',
is_present=[1, 2, 3, 4, 5])
data = []
try:
with open('./data/log.log', 'r') as log_file:
data = log_file.readlines()
except Exception as err:
log('critical', str(err))
rows = []
for row in data:
temp_row = {}
temp_split = row.split(' @ ')
t = datetime.strptime(temp_split[0], '%Y-%m-%d %H:%M:%S.%f')
temp_row['time'] = t.strftime('%Y-%m-%d %H:%M')
temp_rest = temp_split[1]
rest_split = temp_rest.split(': ')
temp_row['type'] = rest_split[0].lower()
msg = rest_split[1].strip()
max_length = int(os.get_terminal_size().columns * 0.65)
wrapper = textwrap.TextWrapper(width=max_length)
wrapped = '\n'.join(wrapper.wrap(msg))
temp_row['message'] = wrapped
if LOG_LEVELS[temp_row['type']] >= log_level:
rows.append(temp_row)
dicts_to_table(rows, enumerated=True)
input()
def show_update_item_menu(get_key: str) -> None:
data = get_cats(DbController.instance().get_all_rows(get_key, '*'),
action='delete')
current_ids = [item['id'] for item in data]
schema = {k.lower(): type(v) for (k, v) in data[0].items()}
validation = {'all': {'min_length': 1, 'cancel_on': '0', 'fg': 'Blue'}}
is_looping = True
while is_looping:
clear()
dicts_to_table(data)
id = get_validated_input('Please Enter An ID To Edit: ',
int,
fg='Blue',
min_length=1,
is_present=current_ids,
cancel_on='0')
if not id:
return
new_dict = dict_builder(schema, ['id', 'items'], validation=validation)
if not new_dict:
return
DbController.instance().update(get_key, id, new_dict)
clear()
data = get_cats(DbController.instance().get_all_rows(get_key, '*'),
action='delete')
dicts_to_table(data)
if input(
fmt_string(
'Item SuccessFully Added. Would You Like To Add Another?[y/n]\n',
fg='Green')) == 'n':
is_looping = False
def search_table(table: str):
clear()
term = get_validated_input('Please Enter A Search Term: ', fg='Blue')
if table == 'orders':
data = DbController.instance().search_joined_table(
table='orders o',
term=term,
fields=[
'o.id', 'o.name', 'o.address', 'o.area', 'o.phone',
'courier.name AS Courier', 's.code AS status'
],
targets=['couriers courier', 'status s'],
conditions=['courier.id = o.courier', 's.id = o.status'])
else:
data = get_cats(DbController.instance().search_table(table, term),
action='join')
if len(data) > 0:
dicts_to_table(data)
else:
print(fmt_string('No Results Found', fg='White', bg='Red'))
input(fmt_string('Press Enter To Continue', fg='Green'))
def update_catagory_mapping():
is_in_cat = True
while is_in_cat:
cats = DbController.instance().get_all_rows('catagories', '*')
cat_ids = [item['id'] for item in cats]
clear()
dicts_to_table(cats)
selected_catagory = get_validated_input(
'Please Select A Catagory To Update: ',
int,
fg='Blue',
is_present=cat_ids,
cancel_on='0')
if not selected_catagory:
is_in_cat = False
continue
is_editing = True
while is_editing:
data = DbController.instance().get_rows_where(
'products', 'name, id', 'catagory', selected_catagory)
product_ids = [
item['id'] for item in DbController.instance().get_all_rows(
'products', 'id')
]
list_names = ['*' + item['name'] for item in data]
list_ids = [item['id'] for item in data]
clear()
list_to_table(list_names, "Current Menu", max_length=3)
dicts_to_table(get_cats(DbController.instance().get_all_rows(
'products', '*')),
paginate=True,
page_length=10,
on_clear=lambda: list_to_table(
list_names, "Current Menu", max_length=3))
selected_item = get_validated_input(
'Please Select An Item To Add: ',
int,
fg='Blue',
is_present=product_ids,
cancel_on='0',
cancel_text='GO BACK')
if not selected_item:
is_editing = False
continue
if selected_catagory == 9 and selected_item in list_ids:
input(
fmt_string(
'That Item Is Already In This Menu, But You Can Not Remove From The Default Menu',
fg='White',
bg='Red'))
continue
elif selected_item in list_ids:
if input(
fmt_string(
'That Item Is Already In This Menu. Would You Like To Remove It [y/n]? \n',
fg='White',
bg='Red')) == 'y':
DbController.instance().update('products', selected_item,
{'catagory': 9})
else:
DbController.instance().update('products', selected_item,
{'catagory': selected_catagory})
def select_order_items(order_id) -> None:
current_basket = list(DbController.instance().get_joins_where(
source='basket b',
fields=['p.id', 'p.name', 'b.quantity'],
targets=['products p'],
conditions=['b.item = p.id'],
where=f'b.order_id = {order_id}'))
current_rows = DbController.instance().get_rows_where(
'basket', '*', 'order_id', order_id)
current_ids = [item['item'] for item in current_rows]
catagories = DbController.instance().get_all_rows('catagories', '*')
catagory_ids = [cat['id'] for cat in catagories]
to_update = []
to_insert = []
to_delete = []
is_in_cat = True
while is_in_cat:
clear()
if len(current_basket) > 0:
dicts_to_table(current_basket)
print(fmt_string(f'Updating Basket For Order {order_id}...',
fg='Cyan'))
dicts_to_table(catagories)
catagory = get_validated_input('Please Select A Catagory: ',
int,
fg='Blue',
is_present=catagory_ids,
cancel_on='0',
cancel_text='SKIP')
if not catagory:
is_in_cat = False
continue
is_in_product = True
while (is_in_product):
clear()
# Reconcile duplicate records -> only affects locally
if len(current_basket) > 0:
for i in range(len(current_basket) - 1):
for j in range(i + 1, len(current_basket)):
if current_basket[i]['id'] == current_basket[j]['id']:
current_basket[i]['quantity'] += current_basket[j][
'quantity']
del current_basket[j]
if current_basket[i]['quantity'] <= 0:
del current_basket[i]
dicts_to_table(current_basket)
products = DbController.instance().get_rows_where(
'products', 'id, name', 'catagory', catagory)
product_ids = [item['id'] for item in products]
print(
fmt_string(f'Updating Basket For Order {order_id}...',
fg='Cyan'))
dicts_to_table(products)
product = get_validated_input('Please Select An Item: ',
int,
fg='Blue',
is_present=product_ids,
cancel_on='0',
cancel_text='GO BACK')
if not product:
is_in_product = False
continue
quantity = get_validated_input('Please Enter A Quantity: ',
int,
fg='Blue',
cancel_on='0',
cancel_text='GO BACK')
if product in current_ids:
for item in current_rows:
if item['item'] == product:
if item['quantity'] + quantity <= 0:
to_delete.append(item)
current_rows.remove(item)
for row in current_basket:
print(row['id'], product)
if row['id'] == product:
current_basket.remove(row)
else:
item['quantity'] += quantity
to_update.append(item)
for row in current_basket:
if row['id'] == product:
row['quantity'] += quantity
else:
to_insert.append({
'order_id': order_id,
'item': product,
'quantity': quantity
})
for row in products:
if row['id'] == product:
current_basket.append({
'id': product,
'name': row['name'],
'quantity': quantity
})
# reconcile updates to additions -> would affect table
for i in range(len(to_insert) - 1):
for j in range(i + 1, len(to_insert)):
if to_insert[i]['item'] == to_insert[j]['item']:
to_insert[i]['quantity'] += to_insert[j]['quantity']
del to_insert[j]
if to_insert[i]['quantity'] <= 0:
del to_insert[i]
for record in to_update:
DbController.instance().update_where('basket', ['order_id', 'item'],
[order_id, record['item']],
record)
for record in to_delete:
DbController.instance().delete_where('basket', ['order_id', 'item'],
[order_id, record['item']])
for record in to_insert:
DbController.instance().insert('basket', record)
def show_update_order_menu() -> None:
data = get_order_data()
current_ids = [item['id'] for item in data]
status_list = DbController.instance().get_all_rows('status', '*')
status_ids = [status['id'] for status in status_list]
courier_list = DbController.instance().get_all_rows('couriers', '*')
courier_ids = [courier['id'] for courier in courier_list]
is_looping = True
while is_looping:
clear()
dicts_to_table(data)
id = get_validated_input('Please Enter An ID To Edit: ',
int,
fg='Blue',
min_length=1,
is_present=current_ids,
cancel_on='0')
if not id:
return
order = DbController.instance().get_joins_where(
fields=[
'o.id', 'o.name', 'o.address', 'o.area', 'o.phone',
'courier.name AS courier', 's.code AS status'
],
source='orders o',
targets=['couriers courier', 'status s'],
conditions=['courier.id = o.courier', 's.id = o.status'],
where=f'o.id = {id}',
order='ORDER BY o.status')
clear()
dicts_to_table(order)
schema = {k.lower(): type(v) for (k, v) in data[0].items()}
schema['courier'] = int
schema['status'] = int
validation = {
'all': {
'min_length': 0,
'cancel_on': '',
'cancel_text': 'SKIP',
'fg': 'Blue'
},
'status': {
'is_present': status_ids,
'cancel_on': '0'
},
'courier': {
'is_present': courier_ids,
'cancel_on': '0'
}
}
on_key = {
'status': [
clear, lambda: dicts_to_table(order),
lambda: dicts_to_table(status_list)
],
'courier': [
clear, lambda: dicts_to_table(order),
lambda: dicts_to_table(courier_list)
]
}
new_dict = dict_builder(schema, ['id'],
validation,
on_key=on_key,
on_cancel='skip')
if new_dict:
DbController.instance().update('orders', id, new_dict)
select_order_items(id)
clear()
data = get_order_data()
dicts_to_table(data)
if input(
fmt_string(
'Item SuccessFully Updated. Would You Like To Update Another?[y/n]\n',
fg='Green')) == 'n':
is_looping = False