def show_ships(self):
print("@ game::show_ships()")
print
print("+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+")
print("| ship_id | name | owner | status | coords | destination | speed | turns |")
print("+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+")
for ship_id, ship in self.__ships.items():
if ship.exists():
dest = ship.get_destination()
dest_name = self.__stars[dest].get_name()
dest_x, dest_y = self.__stars[dest].get_coords()
print("| %7i | %16s | %15s | %8s | %4i, %4i | [%3i, %3i] %15s | %5i | %5i |" % (ship_id, ship.get_name(), self.__players[ship.get_owner()].get_race_name(), ship.get_status_text(), ship.get_x(), ship.get_y(), dest_x, dest_y, dest_name, ship.get_travelling_speed(), ship.get_turns_left()))
print("+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+")
print
DICT = dictionary.get_dictionary()
for ship_id, ship in self.__ships.items():
design = ship.get_design()
print(" === ship_id # %i ===" % ship_id)
# print(design)
for dev_id in design['special_devices']:
print(" special device: %2i ... %s" % (dev_id, DICT['SHIP_SPECIALS'][dev_id]))
print
# i = 0
# print("<?xml version=\"1.0\"?>")
# for name in DICT['SHIP_SPECIALS']:
# print("<device id=\"%i\">\n\t<name>%s</name>\n</device>\n" % (i, name))
# i += 1
def do_GET(self):
body = self.path.split('/')[-1].split('?')[-1]
if self.path != '/':
filepath = self.path.split("?")[0]
else:
filepath = '/index'
if self.path.split('?')[0] == '/search':
response = get_search(body)
else:
try:
response = open(f'./res/pages{filepath}.html', 'r', encoding='utf-8').read()
except FileNotFoundError:
response = "<h1>404 Not Found"
reload_strings()
response = response.replace('[|LANGUAGE_NAME|]', get_language_name()) \
.replace('[|SEARCH|]', get_search_string()) \
.replace('[|THERE_IS_AMOUNT_OF_WORDS|]', get_there_is_amount_of_words_string()) \
.replace('[|AMOUNT|]', str(len(get_dictionary())))
self.send_response(200)
self.send_header('Content-type', 'text/html')
self.end_headers()
self.wfile.write(response.encode())
def test_generate_translator_from_option():
options = {
'name': 'test.ko.to.en',
'url': 'http://test.com',
'path': 'div#content > span'
}
t = get_dictionary(**options)
t.word = 'echo'
assert 'echo' == t.word
def test_generate_translator_from_option():
options = {
'name': 'test.ko.to.en',
'url': 'http://test.com',
'path': 'div#content > span'
}
t = get_dictionary(**options)
t.word = 'echo'
assert 'echo' == t.word
def draw(self):
ME = networking.Client.get_me()
DISPLAY = gui.GUI.get_display()
DICTIONARY = dictionary.get_dictionary()
font3 = gui.GUI.get_font('font3')
font4 = gui.GUI.get_font('font4')
tech_palette = [0x0, 0x082808, 0x0c840c]
DISPLAY.fill((0, 0, 0))
DISPLAY.blit(self.get_image('info_screen', 'panel'), (0, 0))
DISPLAY.blit(self.get_image('info_screen', 'button', 'history_graph', 'off'), (21, 50))
DISPLAY.blit(self.get_image('info_screen', 'button', 'tech_review', 'off'), (21, 77))
DISPLAY.blit(self.get_image('info_screen', 'button', 'race_statistics', 'off'), (21, 102))
DISPLAY.blit(self.get_image('info_screen', 'button', 'turn_summary', 'off'), (21, 128))
DISPLAY.blit(self.get_image('info_screen', 'button', 'reference', 'off'), (21, 154))
# grid behind
DISPLAY.blit(self.get_image('app_pic', 0), (433, 115))
# app image
DISPLAY.blit(self.get_image('app_pic', 155), (433, 115))
tech_carrets = []
if self.__tech_review == "achievements":
# New Construction Types
items = []
for tech_id in [TECH_PLANET_CONSTRUCTION, TECH_TITAN_CONTRUCTION, TECH_TRANSPORT, TECH_OUTPOST_SHIP, TECH_FREIGHTERS, TECH_COLONY_SHIP, TECH_COLONY_BASE]:
if tech_id in ME.get_known_techs():
items.append(tech_id)
if len(items):
tech_carrets.append({'title': "New Construction Types", 'items': items})
# Spies
items = []
for tech_id in [TECH_TELEPATHIC_TRAINING, TECH_NEURAL_SCANNER, TECH_SPY_NETWORK]:
if tech_id in ME.get_known_techs():
items.append(tech_id)
if len(items):
tech_carrets.append({'title': "Spies", 'items': items})
y = 64
for carret in tech_carrets:
if len(carret['items']):
font4.write_text(DISPLAY, 223, y, carret['title'], tech_palette, 2)
y += 16
for item in carret['items']:
font3.write_text(DISPLAY, 233, y, DICTIONARY['TECH_LIST'][item]['name'], tech_palette, 2)
y += 13
y += 6
def test_naver_dictionary():
options = {
'name': 'naver.ko.to.en',
'url': u'http://endic.naver.com/search.nhn?query={0}',
'path': '//dt[contains(@class, \'mean_on\')]//em//span[@class=\'EQUIV\']'
}
t = get_dictionary(**options)
t.word = u'안녕'
res = t.word.split(', ')
assert res
assert 'hello' in res
def test_naver_dictionary():
options = {
'name': 'naver.ko.to.en',
'url': u'http://endic.naver.com/search.nhn?query={0}',
'path':
'//dt[contains(@class, \'mean_on\')]//em//span[@class=\'EQUIV\']'
}
t = get_dictionary(**options)
t.word = u'안녕'
res = t.word.split(', ')
assert res
assert 'hello' in res
def show_ships(self):
print("@ game::show_ships()")
print
print(
"+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+"
)
print(
"| ship_id | name | owner | status | coords | destination | speed | turns |"
)
print(
"+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+"
)
for ship_id, ship in self.__ships.items():
if ship.exists():
dest = ship.get_destination()
dest_name = self.__stars[dest].get_name()
dest_x, dest_y = self.__stars[dest].get_coords()
print(
"| %7i | %16s | %15s | %8s | %4i, %4i | [%3i, %3i] %15s | %5i | %5i |"
% (ship_id, ship.get_name(),
self.__players[ship.get_owner()].get_race_name(),
ship.get_status_text(), ship.get_x(), ship.get_y(),
dest_x, dest_y, dest_name, ship.get_travelling_speed(),
ship.get_turns_left()))
print(
"+---------+------------------+-----------------+----------+------------+----------------------------+-------+-------+"
)
print
DICT = dictionary.get_dictionary()
for ship_id, ship in self.__ships.items():
design = ship.get_design()
print(" === ship_id # %i ===" % ship_id)
# print(design)
for dev_id in design['special_devices']:
print(" special device: %2i ... %s" %
(dev_id, DICT['SHIP_SPECIALS'][dev_id]))
print
# i = 0
# print("<?xml version=\"1.0\"?>")
# for name in DICT['SHIP_SPECIALS']:
# print("<device id=\"%i\">\n\t<name>%s</name>\n</device>\n" % (i, name))
# i += 1
def get_search(query):
keyword = parse_query(query)['keyword']
words = search_for_keys(keyword)
result = open('./res/pages/search.html', 'r', encoding='utf-8').read() \
.replace('[|KEYWORD|]', keyword)
meanings = ''
dictionary = get_dictionary()
for word in words:
meaning = dictionary[word].split('\n')
for i in range(len(meaning)):
meaning[i] = f'<p>{meaning[i]}</p>\n'
meaning = ''.join(meaning)
meanings += open('./res/pages/word_template.html', 'r', encoding='utf-8').read().replace('[|WORD|]',
word).replace(
'[|MEANING|]', meaning) + '\n'
result = result.replace('[|RESULT|]', meanings)
return result
def __init__(self):
screen.Screen.__init__(self)
self.__num_fleets = 0
self.__dict = dictionary.get_dictionary()
self.__fleet_shown = -1
def draw(self):
DISPLAY = gui.GUI.get_display()
DICTIONARY = dictionary.get_dictionary()
PLAYERS = networking.Client.list_players()
PLANETS = networking.Client.list_planets()
font2 = gui.GUI.get_font('font2')
font3 = gui.GUI.get_font('font3')
font5 = gui.GUI.get_font('font5')
star = self.__star
planet = self.__planet
colony = self.__colony
DISPLAY.blit(self.get_image('background', 'starfield'), (0, 0))
DISPLAY.blit(
gui.GUI.get_planet_background(planet.get_terrain(),
planet.get_picture()), (0, 0))
DISPLAY.blit(self.get_image('colony_screen', 'panel'), (0, 0))
colony_id = colony.get_id()
self.reset_triggers_list()
self.add_trigger({
'action': "screen",
'screen': "colony_production",
'colony_id': colony_id,
'rect': pygame.Rect((519, 123), (61, 22))
})
schemes_font_palette = [0x0, 0x141420, 0x6c688c]
for i in range(5):
object_id = star.get_objects()[i]
if object_id != 0xFFFF:
object = PLANETS[object_id]
print "type: %i" % object.get_type()
if object.is_asteroid_belt():
x = 6
y = 22 + (24 * i)
DISPLAY.blit(
self.get_image('colony_screen', 'asteroids_scheme'),
(x, y))
font2.write_text(DISPLAY, x + 29, y + 9, "Asteroids",
schemes_font_palette, 1)
if object.is_gas_giant():
x = 11
y = 27 + (24 * i)
DISPLAY.blit(
self.get_image('colony_screen', 'gasgiant_scheme'),
(x, y))
font2.write_text(DISPLAY, x + 24, y + 4, "Gas Giant -",
schemes_font_palette, 1)
font2.write_text(DISPLAY, x + 24, y + 15, "uninhabitable",
schemes_font_palette, 1)
elif object.is_planet():
terrain = object.get_terrain()
size = object.get_size()
x = 10 + [6, 4, 3, 1, 0][size]
y = 26 + (24 * i) + [6, 4, 2, 1, 0][size]
DISPLAY.blit(
self.get_image('planet_scheme', terrain, size), (x, y))
DISPLAY.blit(self.get_image('colony_screen', 'scheme_arrow'),
(6, 31 + (24 * i)))
title = "%s of %s" % (DICTIONARY['COLONY_ASSIGNMENT'][
colony.assignment], colony.get_name())
title_palette = [0x0, 0x141420, 0x6c688c, 0x605c80]
title_surface = font5.render(title, title_palette, 2)
(tw, th) = title_surface.get_size()
DISPLAY.blit(title_surface, (320 - (tw / 2), 1))
# total_population = (1000 * colony['population']) + colony['pop_raised']
# print
# print " Colony: %s" % colony.name
# print " Population: %i (+%i)" % (total_population, colony['pop_grow'])
# print " Industry: %i" % colony.industry()
# print " Research: %i" % colony.research()
# print " Food (result): %i (%i)" % (colony.food(), colony.food() - colony.population)
# print " Colonists:"
player_government_id = PLAYERS[colony.get_owner()].get_racepick_item(
'goverment')
DISPLAY.blit(
self.get_image('government', 'icon', player_government_id),
(310, 32))
# TODO: implement negative morale
gui.GUI.repeat_draw(DISPLAY, 340, 35,
self.get_image('morale_icon', 'good'),
colony.morale() // 10, 30, 7, 155)
x = 10 + gui.GUI.repeat_draw(DISPLAY, 128, 64,
self.get_image('production_10food'),
colony.get_food() // 10, 20, 6, 98)
gui.GUI.repeat_draw(DISPLAY, x, 64, self.get_image('production_1food'),
colony.get_food() % 10, 20, 6, 98)
# industry icons
number = (colony.get_industry() // 10) + (colony.get_industry() % 10)
xx = min(int(round(160 / max(1, number))), 20)
print "### colony_screen::draw ... industry icons ... number = %i, xx = %i" % (
number, xx)
x = gui.GUI.repeat_draw(DISPLAY, 128, 94,
self.get_image('production_10industry'),
colony.get_industry() // 10, xx, 99, 162)
gui.GUI.repeat_draw(DISPLAY, x, 94,
self.get_image('production_1industry'),
colony.get_industry() % 10, xx, 99, 162)
# research icons
number = (colony.get_research() // 10) + (colony.get_research() % 10)
xx = min(int(round(160 / max(1, number))), 20)
print "### colony_screen::draw ... research icons ... number = %i, xx = %i" % (
number, xx)
x = gui.GUI.repeat_draw(DISPLAY, 128, 124,
self.get_image('production_10research'),
colony.get_research() // 10, xx, 99, 162)
gui.GUI.repeat_draw(DISPLAY, x, 124,
self.get_image('production_1research'),
colony.get_research() % 10, xx, 99, 162)
for t in (FARMER, WORKER, SCIENTIST):
c = len(colony.colonists[t])
if c < 7:
xx = 30
else:
xx = 190 / c
if t == 0x02:
icon = 1
y = 62
elif t == 0x82:
icon = 3
y = 92
elif t == 0x03:
icon = 5
y = 122
for i in range(c):
Colonist = colony.colonists[t][i]
race = Colonist['race']
picture = PLAYERS[race].get_picture()
x = 310 + xx * i
# DISPLAY.blit(self.get_race_icon(picture, icon), (x, y))
DISPLAY.blit(self.get_image('race_icon', picture, icon),
(x, y))
if i == (c - 1):
xx = 28 # enlarge the Rect of last icon (no other icon is drawn over it...)
self.add_trigger({
'action':
"pick-colonist:%.2x:%i" % (t, (c - i)),
'rect':
pygame.Rect((x, y), (xx, 28))
})
x = 0
for i in range(colony.marines):
# DISPLAY.blit(self.get_race_icon(picture, 0x07), (x, 450))
DISPLAY.blit(self.get_image('race_icon', picture, 0x07), (x, 450))
x += 30
# TODO: count in all races not just owner!
total_population = (1000 * colony.total_population()) + sum(
colony.pop_raised())
pop_s = "Pop %i,%.3i k (+%i)" % (
(total_population // 1000),
(total_population % 1000), sum(colony.pop_grow()))
population_palette = [0x0, 0x141420, 0x6c688c]
population = font3.render(pop_s, population_palette, 2)
(tw, th) = population.get_size()
DISPLAY.blit(population, (529, 3))
def draw(self):
DISPLAY = gui.GUI.get_display()
DICTIONARY = dictionary.get_dictionary()
PLAYERS = networking.Client.list_players()
PLANETS = networking.Client.list_planets()
font2 = gui.GUI.get_font("font2")
font3 = gui.GUI.get_font("font3")
font5 = gui.GUI.get_font("font5")
star = self.__star
planet = self.__planet
colony = self.__colony
DISPLAY.blit(self.get_image("background", "starfield"), (0, 0))
DISPLAY.blit(gui.GUI.get_planet_background(planet.get_terrain(), planet.get_picture()), (0, 0))
DISPLAY.blit(self.get_image("colony_screen", "panel"), (0, 0))
colony_id = colony.get_id()
self.reset_triggers_list()
self.add_trigger(
{
"action": "screen",
"screen": "colony_production",
"colony_id": colony_id,
"rect": pygame.Rect((519, 123), (61, 22)),
}
)
schemes_font_palette = [0x0, 0x141420, 0x6C688C]
for i in range(5):
object_id = star.get_objects()[i]
if object_id != 0xFFFF:
object = PLANETS[object_id]
print "type: %i" % object.get_type()
if object.is_asteroid_belt():
x = 6
y = 22 + (24 * i)
DISPLAY.blit(self.get_image("colony_screen", "asteroids_scheme"), (x, y))
font2.write_text(DISPLAY, x + 29, y + 9, "Asteroids", schemes_font_palette, 1)
if object.is_gas_giant():
x = 11
y = 27 + (24 * i)
DISPLAY.blit(self.get_image("colony_screen", "gasgiant_scheme"), (x, y))
font2.write_text(DISPLAY, x + 24, y + 4, "Gas Giant -", schemes_font_palette, 1)
font2.write_text(DISPLAY, x + 24, y + 15, "uninhabitable", schemes_font_palette, 1)
elif object.is_planet():
terrain = object.get_terrain()
size = object.get_size()
x = 10 + [6, 4, 3, 1, 0][size]
y = 26 + (24 * i) + [6, 4, 2, 1, 0][size]
DISPLAY.blit(self.get_image("planet_scheme", terrain, size), (x, y))
DISPLAY.blit(self.get_image("colony_screen", "scheme_arrow"), (6, 31 + (24 * i)))
title = "%s of %s" % (DICTIONARY["COLONY_ASSIGNMENT"][colony.assignment], colony.get_name())
title_palette = [0x0, 0x141420, 0x6C688C, 0x605C80]
title_surface = font5.render(title, title_palette, 2)
(tw, th) = title_surface.get_size()
DISPLAY.blit(title_surface, (320 - (tw / 2), 1))
# total_population = (1000 * colony['population']) + colony['pop_raised']
# print
# print " Colony: %s" % colony.name
# print " Population: %i (+%i)" % (total_population, colony['pop_grow'])
# print " Industry: %i" % colony.industry()
# print " Research: %i" % colony.research()
# print " Food (result): %i (%i)" % (colony.food(), colony.food() - colony.population)
# print " Colonists:"
player_government_id = PLAYERS[colony.get_owner()].get_racepick_item("goverment")
DISPLAY.blit(self.get_image("government", "icon", player_government_id), (310, 32))
# TODO: implement negative morale
gui.GUI.repeat_draw(DISPLAY, 340, 35, self.get_image("morale_icon", "good"), colony.morale() // 10, 30, 7, 155)
x = 10 + gui.GUI.repeat_draw(
DISPLAY, 128, 64, self.get_image("production_10food"), colony.get_food() // 10, 20, 6, 98
)
gui.GUI.repeat_draw(DISPLAY, x, 64, self.get_image("production_1food"), colony.get_food() % 10, 20, 6, 98)
# industry icons
number = (colony.get_industry() // 10) + (colony.get_industry() % 10)
xx = min(int(round(160 / max(1, number))), 20)
print "### colony_screen::draw ... industry icons ... number = %i, xx = %i" % (number, xx)
x = gui.GUI.repeat_draw(
DISPLAY, 128, 94, self.get_image("production_10industry"), colony.get_industry() // 10, xx, 99, 162
)
gui.GUI.repeat_draw(
DISPLAY, x, 94, self.get_image("production_1industry"), colony.get_industry() % 10, xx, 99, 162
)
# research icons
number = (colony.get_research() // 10) + (colony.get_research() % 10)
xx = min(int(round(160 / max(1, number))), 20)
print "### colony_screen::draw ... research icons ... number = %i, xx = %i" % (number, xx)
x = gui.GUI.repeat_draw(
DISPLAY, 128, 124, self.get_image("production_10research"), colony.get_research() // 10, xx, 99, 162
)
gui.GUI.repeat_draw(
DISPLAY, x, 124, self.get_image("production_1research"), colony.get_research() % 10, xx, 99, 162
)
for t in (FARMER, WORKER, SCIENTIST):
c = len(colony.colonists[t])
if c < 7:
xx = 30
else:
xx = 190 / c
if t == 0x02:
icon = 1
y = 62
elif t == 0x82:
icon = 3
y = 92
elif t == 0x03:
icon = 5
y = 122
for i in range(c):
Colonist = colony.colonists[t][i]
race = Colonist["race"]
picture = PLAYERS[race].get_picture()
x = 310 + xx * i
# DISPLAY.blit(self.get_race_icon(picture, icon), (x, y))
DISPLAY.blit(self.get_image("race_icon", picture, icon), (x, y))
if i == (c - 1):
xx = 28 # enlarge the Rect of last icon (no other icon is drawn over it...)
self.add_trigger(
{"action": "pick-colonist:%.2x:%i" % (t, (c - i)), "rect": pygame.Rect((x, y), (xx, 28))}
)
x = 0
for i in range(colony.marines):
# DISPLAY.blit(self.get_race_icon(picture, 0x07), (x, 450))
DISPLAY.blit(self.get_image("race_icon", picture, 0x07), (x, 450))
x += 30
# TODO: count in all races not just owner!
total_population = (1000 * colony.total_population()) + sum(colony.pop_raised())
pop_s = "Pop %i,%.3i k (+%i)" % ((total_population // 1000), (total_population % 1000), sum(colony.pop_grow()))
population_palette = [0x0, 0x141420, 0x6C688C]
population = font3.render(pop_s, population_palette, 2)
(tw, th) = population.get_size()
DISPLAY.blit(population, (529, 3))
import translator
import dictionary
input_str = input("Введите число: ")
from_ = int(input("Введите систему счисления введенного Вами числа: "))
to_ = int(input("Введите систему счисления, в которую необходимо перевести введенное Вами число: "))
input_str = input_str.upper()
#creating the dictionary for translating
dictionary = dictionary.Dictionary("base.csv", "r", ",")
#creating the translator
translator = translator.Translator(dictionary.get_dictionary(from_), input_str)
if translator.get_collection() == None:
print("Некорректные данные!")
else:
print(translator.translate_from_to(from_, to_, translator.get_collection()))
# data_train = open("data/train/" + name_file, "w", encoding="utf-8")
# list_data_f_train = data_f_train.split("\n")
# # xử lý từng văn bản trong mỗi nhãn
# for i_data_f_train in list_data_f_train :
# text = ""
# list_i_data_f_train = i_data_f_train.split(" ")
# for word in list_i_data_f_train :
# if word not in stopword and word not in lower_word :
# text += word + " "
# data_train.write(text + "\n")
# print("done! " + name_file)
def print_dictionary(dictionary):
f = open("dictionary.txt", "w", encoding="utf-8")
for word in dictionary:
f.write(word + " " + str(dictionary.get(word)) + "\n")
if __name__ == "__main__":
dictionary = {}
dictionary = get_dictionary("clean-data")
print("size of dictionary before remove stop word and lower word : " +
str(len(dictionary)))
dictionary = remove_stopword(dictionary)
dictionary = remove_lower_word(dictionary)
print_dictionary(dictionary)
