def execute(self, args, sender):
if len(args) <= 0:
# show available rooms & their 'vnum'?
i_keys = self.game.items.keys()
buf = ""
for i in range(0, len(i_keys)):
item = self.game.items[i_keys[i]]
buf += str(i) + ": " + item['name'] + "\n\r"
self.appendToCommandBuffer(sender, buf)
elif args[0].isdigit():
i_keys = self.game.items.keys()
vnum = int(args[0])
key = i_keys[vnum] if vnum < len(i_keys) else "bafdlasdfa"
if key in self.game.items:
r = sender.room
item = Item(self.game.items[key])
sender.room.items.append(item)
msg = 'You create {item}.'.format(item=item.getName(sender))
self.appendToCommandBuffer(sender, msg)
for mobile in [mobile for mobile in self.game.mobiles if mobile.room == sender.room and mobile != sender]:
msg = '{sender} creates {item}.'.format(sender=sender.getName(mobile),item=item.getName(mobile))
self.appendToCommandBuffer(mobile, msg)
else:
msg = 'You must choose a valid item index.'
self.appendToCommandBuffer(sender, msg)
def show_list(self, data) :
for i in range(len(data)) :
item = QListWidgetItem(self.listWidget)
row = Item(data[i])
item.setWhatsThis(str(i))
item.setSizeHint(row.sizeHint())
self.listWidget.setItemWidget(item, row)
self.listWidget.addItem(item)
self.itemList.append(item)
self.rowList.append(row)
def test_simple_invoice(self):
invoice = Invoice("invoices/test.yaml")
invoice.add_item(Item('dummy item', 2.54, 3, 20))
data = invoice.get_document_data()
assert data['from']['name'] == 'John Doe'
assert data['from']['street'] == 'Random Street'
assert data['from']['city'] == 'Random Town'
assert data['from']['postcode'] == 4711
assert data['to']['name'] == 'Jane Doe'
assert data['to']['street'] == 'Random Other Street'
assert data['to']['city'] == 'Random Other Town'
assert data['to']['postcode'] == 4711815
items = invoice.get_items()
assert items[0].get_description() == 'dummy item'
assert items[0].get_price() == 2.54
assert items[0].get_tax() == 20
assert items[0].total_price == 9.144
assert items[0].get_total_price() == 9.14 # rounded value
assert items[0].total_price_net == 7.62
assert items[0].get_total_price_net() == 7.62
assert items[0].get_total_tax() == 1.524
invoice.output_pdf('test.pdf')
assert os.path.exists('test.pdf')
def create_local_csvs(game_version, item_list, recipe_list):
output_path = F"./debug_csvs/{game_version}"
if not os.path.exists(output_path):
os.makedirs(output_path)
header_row = Item().__dict__.keys()
item_file = F"{output_path}/filtered_items.csv"
ingredients_file = F"{output_path}/filtered_recipe_ingredients.csv"
recipe_meta_file = F"{output_path}/recipe_meta_information.csv"
with open(item_file, "w", newline='', encoding="utf-8") as outfile:
writer = csv.DictWriter(outfile, fieldnames=header_row)
writer.writeheader()
writer.writerows([item.__dict__ for item in item_list])
data = []
header = ["recipe_name", "material", "amount"]
for recipe in recipe_list:
for ingredient, amount in recipe.ingredients:
row = {"recipe_name": recipe.item_result.strip(), "material": ingredient.strip(), "amount": amount.strip()}
data.append(row)
with open(ingredients_file, "w", newline='') as outfile:
writer = csv.DictWriter(outfile, fieldnames=header)
writer.writeheader()
writer.writerows(data)
data = []
header = ["recipe_name",
"craft_type",
"yield_per_craft",
"material_quality_factor",
"difficulty_factor",
"quality_factor",
"durability_factor",
"recipe_level_table_entry",
"needs_specialist"]
for recipe in recipe_list:
row = {
"recipe_name": recipe.item_result,
"craft_type": recipe.craft_type,
"yield_per_craft": recipe.amount_result,
"material_quality_factor": recipe.material_quality_factor,
"difficulty_factor": recipe.difficulty_factor,
"quality_factor": recipe.quality_factor,
"durability_factor": recipe.durability_factor,
"recipe_level_table_entry": recipe.recipe_level_table,
"needs_specialist": recipe.is_specialization_required
}
data.append(row)
with open(recipe_meta_file, "w", newline='') as outfile:
writer = csv.DictWriter(outfile, fieldnames=header)
writer.writeheader()
writer.writerows(data)
def __init__(self, game_map, screen):
"""
Maze grid, from Grid class which import external file.
"""
self.maze_grid = copy.deepcopy(game_map.grid)
self.screen = screen
self.guardian = Guardian(game_map)
self.player = Player(game_map)
self.needle = Item(game_map, self.guardian)
self.tube = Item(game_map, self.guardian)
self.ether = Item(game_map, self.guardian)
self.bag = Bag()
self.objects_list = [
game_map, self.player, self.guardian, self.needle, self.tube,
self.ether, self.bag
]
self.item_1 = (6, 21)
self.item_2 = (8, 21)
self.item_3 = (10, 21)
self.bag_items = [self.item_1, self.item_2, self.item_3]
self.floor = None
self.wall = None
self.macgyver = None
self.guard = None
self.exit_tile = None
self.exit_open = None
self.needle_img = None
self.tube_img = None
self.ether_img = None
self.empty_bag = None
self.item_bag = None
self.seringue_img = None
self.splash1 = None
self.splash2 = None
self.splash3 = None
self.rip = None
self.bag_font = None
self.text_full = None
self._running = True
self.list_guardian_animation = []
def show_list(self, data):
remainP = [
'100개 이상', '30개 이상 100개 미만', '2개 이상 30개 미만', '1개 이하', '판매중지'
]
for i in range(len(data)):
item = QListWidgetItem(self.listWidget)
row = Item(data[i])
rs = data[i].get('remain_stat')
if rs == None:
row.remain_stat.setStyleSheet('color:red')
elif remainP.index(rs) <= 1:
row.remain_stat.setStyleSheet('color:green')
elif remainP.index(rs) == 2:
row.remain_stat.setStyleSheet('color:orange')
else:
row.remain_stat.setStyleSheet('color:red')
item.setWhatsThis(str(i))
item.setSizeHint(row.sizeHint())
self.listWidget.setItemWidget(item, row)
self.listWidget.addItem(item)
self.itemList.append(item)
self.rowList.append(row)
def fetch_and_insert(conn, driver, mobile, url, title, link, username):
"""
Fetch content from url and and insert results into the db.
This fetch the content from a specified url with a predefined web driver.
The method does not parse any item, the title or link are already given as
parameters. A user is also associated with each item inserted into the db.
:param conn: A mongo connection
:param driver: A web driver
:param mobile: The mobile flag
:param url: The url of the rss feed
:param title: The title of the item
:param link: The link ref of the item
:param username: The username associated with the item
:type conn: MongoClient
:type driver: WebDriver
:type mobile: bool
:type url: str
:type title: str
:type link: str
:type username: str
:return: Nothing
:rtype: None
"""
if not link:
return 'continue'
link = format_link(link)
if item_exists_in_db(conn, link, mobile):
return 'continue'
start_time = time.time()
print 'Get content for {}'.format(link)
content = get_content(driver, link)
final_link = clean_link(driver.current_url)
print 'Content is parsed for {}, took {} s'.format(link, (time.time() - start_time))
item = Item(title, final_link, url, username, content)
insert_item(conn, item.link, str(item.content), item.get_metadata(), mobile)
def write_items_to_external_spreadsheet(item_list, service, config):
spreadsheet_id = config["spreadsheet_id"]
item_range = config["item_range"]
"""
Write relevant items to external spreadsheet.
"""
header_row = Item().__dict__.keys()
data = [list(header_row)] + [item.to_sheet_row() for item in item_list]
# First, clear out data from sheet
clear_sheet(service, item_range, spreadsheet_id)
value_input_option = 'RAW'
insert_data_option = 'OVERWRITE'
value_range_body = {'majorDimension': 'ROWS', 'values': data}
spreadsheet_values = service.spreadsheets().values()
request = spreadsheet_values.append(spreadsheetId=spreadsheet_id,
range=item_range,
valueInputOption=value_input_option,
insertDataOption=insert_data_option,
body=value_range_body)
response = request.execute()
if response["spreadsheetId"] != spreadsheet_id:
print("Didn't get correct spreadsheet, see following response")
print(response)
sys.exit(1)
num_rows_updated = response["updates"]["updatedRows"]
if num_rows_updated != len(data):
print(
F"Error with writing data, expected to write {len(data)} rows but only wrote {num_rows_updated} rows."
)
print(response)
sys.exit(2)
def read_item_csv(path, version):
csv_path = F"{path}\\{version}\\exd\\Item.csv"
read_items = []
with open(csv_path, 'r', encoding="utf-8") as csvfile:
reader = csv.reader(csvfile)
_index_row = next(reader)
header_row = next(reader)
index = parse_indices_from_header_row(header_row)
_data_type_row = next(reader)
for row in reader:
this_item = Item()
this_item.key = int(row[index["key"]])
this_item.name = row[index["name"]].strip()
this_item.level_item = int(row[index["level_item"]])
this_item.item_search_category = row[index["item_search_category"]].strip()
this_item.stack_size = int(row[index["stack_size"]])
this_item.is_unique = parse_boolean_string(row[index["is_unique"]])
this_item.is_untradable = parse_boolean_string(row[index["is_untradable"]])
this_item.is_indisposable = parse_boolean_string(row[index["is_indisposable"]])
this_item.can_be_hq = parse_boolean_string(row[index["can_be_hq"]])
this_item.is_collectable = parse_boolean_string(row[index["is_collectable"]])
this_item.always_collectable = parse_boolean_string(row[index["always_collectable"]])
this_item.level_equip = int(row[index["level_equip"]])
this_item.equip_restriction = bool(row[index["equip_restriction"]])
this_item.class_job_category = row[index["class_job_category"]]
read_items.append(this_item)
return read_items
def add(db, args, config):
'''Create, fill, save, and display a new jot Item.'''
#
# Arguments:
# [none]
# opens the default editor with a temp file.
#
# -m "string"
# --manual "string"
# uses the supplied string as the item content.
#
# -q
# --quiet
# suppress output, would really only make sense to
# run with -m, but works either way.
# -h
# --high
# attaches a 'high' priority to the item. Priority
# defaults to normal when this and the -l option are
# omitted.
#
# -l
# --low
# attaches a 'low' priority to the item.
#
# -t "string, string, ... "
# --tags "string, string, ... "
# attaches one or more comma-separated strings as
# to the item as tags. These are optional and can
# always be added later with the tag command.
manual = False
quiet = False
content = None
batchMode = False
priority = 'Normal'
tags = None
for tup in args:
arg1 = tup[0]
arg2 = tup[1]
if (arg1 == 'm' or arg1 == '-manual') and arg2 is not None:
manual = True
content = arg2
if arg1 == '-high' or arg1 == 'h':
priority = 'High'
if arg1 == '-low' or arg1 == 'l':
priority = 'Low'
if arg1 == '-quiet' or arg1 == 'q':
quiet = True
if arg1 == '-batch' or arg1 == 'b':
batchMode = True
if (arg1 == '-tags' or arg1 == 't') and arg2 is not None:
tags = arg2.split(',')
if manual:
item = Item(db, content=content, priority=priority, tags=tags)
else:
item = Item(db, priority=priority, tags=tags)
item.fill()
item.save()
if not quiet:
print util.decorate('OKGREEN', 'New item addition was successful.\n')
item.display()
return True
def test_createoneitemlocation( self ) : field = Field() item = Item() item.addRandomStartLocation(field) self.assertTrue( item.getStartLocation() != ( 0, 0, 0 ) )
def add(db, args, config):
'''Create, fill, save, and display a new jot Item.'''
#
# Arguments:
# [none]
# opens the default editor with a temp file.
#
# -m "string"
# --manual "string"
# uses the supplied string as the item content.
#
# -q
# --quiet
# suppress output, would really only make sense to
# run with -m, but works either way.
# -h
# --high
# attaches a 'high' priority to the item. Priority
# defaults to normal when this and the -l option are
# omitted.
#
# -l
# --low
# attaches a 'low' priority to the item.
#
# -t "string, string, ... "
# --tags "string, string, ... "
# attaches one or more comma-separated strings as
# to the item as tags. These are optional and can
# always be added later with the tag command.
manual = False
quiet = False
content = None
batchMode = False
priority = 'Normal'
tags = None
for tup in args:
arg1 = tup[0]
arg2 = tup[1]
if (arg1 == 'm' or arg1 == '-manual') and arg2 is not None:
manual = True
content = arg2
if arg1 == '-high' or arg1 == 'h':
priority = 'High'
if arg1 == '-low' or arg1 == 'l':
priority = 'Low'
if arg1 == '-quiet' or arg1 == 'q':
quiet = True
if arg1 == '-batch' or arg1 == 'b':
batchMode = True
if (arg1 == '-tags' or arg1 == 't') and arg2 is not None:
tags = arg2.split(',')
if manual:
item = Item(db, content=content, priority=priority, tags=tags)
else:
item = Item(db, priority=priority, tags=tags)
item.fill()
item.save()
if not quiet:
print util.decorate('OKGREEN','New item addition was successful.\n')
item.display()
return True
def test_item_with_no_tax(self):
item = Item('line item', 12, 2, 0)
assert item.get_total_price_net() == 24.00
assert item.get_total_price() == 24.00
def test_item_with_amount_lower_than_zero(self):
with pytest.raises(Exception) as error:
item = Item('line item', 10, -10, 0)
assert "amount cannot be negative" in str(error.value)
def test_item_with_floating_point_price(self):
item = Item('line item', 12.0283734821, 7, 19)
assert item.get_total_price_net() == 84.2
#!/usr/bin/env python3
from lib.invoice import Invoice
from lib.item import Item
import argparse
import locale
parser = argparse.ArgumentParser(
description='Convert HTML template to pdf with data from yaml')
parser.add_argument('--template',
help='The name of the template to use (e.g. invoice)',
default="invoice.html")
parser.add_argument(
'--data',
help='The name of the data template to use (e.g. invoices/customer.yaml)',
default="invoices/test.yaml")
parser.add_argument('--output',
help='The output pdf file',
default="invoice.pdf",
type=argparse.FileType('w'))
parser.add_argument('--locale',
help='The locale to use',
default="de_DE.UTF-8")
args = parser.parse_args()
locale.setlocale(locale.LC_ALL, args.locale)
invoice = Invoice(args.data)
invoice.add_item(Item("Random Item", 25.00, 2, 0))
invoice.output_pdf(args.output.name)
def test_set_amount(self):
item = Item('line item', 12.0283734821, 7, 19)
amount = 12
item.set_amount(amount)
assert item.get_amount() == amount
def test_invoice_arithmetics(self):
item = Item('line item', 12, 2, 19)
assert item.get_price() == 12.00
assert item.get_total_price_net() == 24.00
assert item.get_total_price() == 28.56
