New job: Word search (osmismerka)
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Dejvino
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jobs/czech_words.py
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33
jobs/czech_words.py
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CZECH_WORDS = [
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"AUTO", "BABIČKA", "BANÁN", "BARVA", "BÁSNIČKA", "BATOH", "BAVLNA", "BAZÉN",
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"BEDNA", "BERAN", "BLÁTO", "BLESK", "BLOUDIT", "BOBŘÍK", "BODLÁK", "BOTY",
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"BOUDA", "BOUŘKA", "BRÁNA", "BRATR", "BROUK", "BRUSLE", "BUBEN", "BUNDA",
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"CESTA", "CIHLA", "CIRKUS", "CITRON", "CUKR", "ČEPICE", "ČERVENÁ", "ČESNEK",
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"ČÍSLO", "ČLOVĚK", "DÁREK", "DATEL", "DCERA", "DĚDEČEK", "DEŠTNÍK", "DIVADLO",
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"DOKTOR", "DOMOV", "DOPIS", "DORT", "DRAK", "DUBEN", "DŮM", "DVEŘE",
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"DŽBÁN", "FARA", "FIALA", "FILM", "FLÉTNA", "FOTBAL", "GUMA", "HAVRAN",
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"HLAVA", "HLÍNA", "HNÍZDO", "HODINY", "HOLKA", "HOLUB", "HORA", "HOUSKA",
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"HRAD", "HRÁBĚ", "HRANA", "HRAČKA", "HRNEK", "HRUŠKA", "HUDBA", "CHATA",
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"CHLÉB", "CHLAP", "CHYBA", "JABLKO", "JAHODA", "JARO", "JAZYK", "JEHLA",
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"JEZERO", "JÍDLO", "JITRO", "KABÁT", "KAČNA", "KAKAO", "KÁMEN", "KAPSÁŘ",
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"KARTA", "KÁVA", "KILO", "KLADIVO", "KLÍČ", "KLOBOUK", "KLUK", "KNIHA",
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"KOČKA", "KOLO", "KOMÁR", "KONEC", "KOPEC", "KOŘEN", "KOST", "KOŠILE",
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"KOZA", "KRÁL", "KRÁVA", "KRESLIT", "KREV", "KRK", "KRUH", "KUCHYNĚ",
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"KVĚTINA", "LÁSKA", "LAVICE", "LEDEN", "LES", "LÉTO", "LEV", "LÍSTEK",
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"LOĎ", "LOUKA", "LŽÍCE", "MÁMA", "MAPA", "MASO", "MĚSTO", "METR",
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"MLÉKO", "MLÝN", "MODRÁ", "MOŘE", "MOST", "MOTÝL", "MRAK", "MRKEV",
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"MUŽ", "MYŠ", "NÁDRAŽÍ", "NOHA", "NOC", "NOS", "NOVINY", "NŮŽKY",
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"OBCHOD", "OBĚD", "OBRAZ", "OCAS", "OKNO", "OKO", "OLEJ", "OPICE",
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"OREL", "OVOCE", "PÁTEK", "PES", "PÍSEŇ", "PIVO", "PLÁČ", "PLOT",
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"POLE", "POLÉVKA", "POMOC", "POSTEL", "POTOK", "PRÁCE", "PRAHA", "PRASE",
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"PRST", "PTÁK", "RÁDIO", "RADOST", "RAKETA", "RÁNO", "RUKA", "RYBA",
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"ŘEKA", "ŘEPA", "SÁŇKY", "SEDLO", "SESTRA", "SEŠIT", "SKLO", "SLON",
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"SLUNCE", "SNÍH", "SOVA", "SRDCE", "STROM", "STŮL", "SVĚTLO", "ŠKOLA",
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"ŠATY", "ŠNEK", "TÁTA", "TELEVIZE", "TETA", "TMA", "TRAVÁ", "TRH",
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"TUŽKA", "UCHO", "ULICE", "ÚNOR", "ÚSTA", "VAJÍČKO", "VÁNOCE", "VČELA",
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"VEČEŘE", "VEJCE", "VELRYBA", "VESNICE", "VĚTR", "VODA", "VOJÁK", "VOLANT",
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"VRÁNA", "VRATA", "VLASY", "VLAK", "VLK", "ZÁHADA", "ZAHRADA", "ZÁMEK",
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"ZIMA", "ZLATO", "ZUB", "ZVON", "ŽÁBA", "ŽÁROVKA", "ŽENA", "ŽIDLE", "ŽIVOT",
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# special letters to make sure we have them covered:
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"WEB", "PIXEL", "TEQUILA", "BRAWL", "BOX", "QÍK"
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]
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jobs/word_search.py
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jobs/word_search.py
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import random
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import time
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import textwrap
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from jobs.czech_words import CZECH_WORDS
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class WordSearchJob:
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def __init__(self):
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self.width = 14
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self.height = 14
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self.hidden_phrase = "TAJENKA"
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self.words_to_find = []
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self.grid = []
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def get_name(self):
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return "Word Search (Osmismerka)"
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def configure(self):
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print("\n--- Configure Word Search ---")
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phrase = input("Enter hidden phrase (default: TAJENKA): ").strip().upper()
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if phrase:
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self.hidden_phrase = "".join(c for c in phrase if c.isalnum())
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else:
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self.hidden_phrase = "TAJENKA"
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self.width = len(self.hidden_phrase) + 2
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self.height = len(self.hidden_phrase) + 2
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size = int(input(f"Enter size (default: {self.width}): ").strip())
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if size:
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self.width = size
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self.height = size
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if self.width < 5:
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self.width = 5
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self.height = 5
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if self.width > 40:
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self.width = 40
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self.height = 40
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def run(self, printer):
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# Directions: Right, Down, Diag-Down-Right
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directions = [(0, 1), (1, 0), (1, 1)]
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target_empty = len(self.hidden_phrase)
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# Retry loop to ensure perfect fill (no leftover letters)
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for attempt in range(20):
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# Initialize grid
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self.grid = [['' for _ in range(self.width)] for _ in range(self.height)]
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used_mask = [[False for _ in range(self.width)] for _ in range(self.height)]
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# Filter words that fit in the grid
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available_words = [w for w in CZECH_WORDS if len(w) <= self.width and len(w) <= self.height]
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random.shuffle(available_words)
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self.words_to_find = []
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total_cells = self.width * self.height
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current_empty = total_cells
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# Try to place words until we reach target_empty
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for word in available_words:
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if current_empty == target_empty:
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break
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placed = False
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attempts = 0
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while not placed and attempts < 50:
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attempts += 1
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direction = random.choice(directions)
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dr, dc = direction
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# Determine bounds
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if dr == 0: # Horizontal
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r = random.randint(0, self.height - 1)
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c = random.randint(0, self.width - len(word))
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elif dc == 0: # Vertical
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r = random.randint(0, self.height - len(word))
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c = random.randint(0, self.width - 1)
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else: # Diagonal
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r = random.randint(0, self.height - len(word))
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c = random.randint(0, self.width - len(word))
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# Check collision
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fits = True
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temp_new_cells = 0
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for i, char in enumerate(word):
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nr, nc = r + i*dr, c + i*dc
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# Cell must be empty OR contain the same letter
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if self.grid[nr][nc] != '' and self.grid[nr][nc] != char:
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fits = False
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break
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if self.grid[nr][nc] == '':
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temp_new_cells += 1
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if fits:
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# Check if this overfills
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if current_empty - temp_new_cells < target_empty:
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continue
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# Place it
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for i, char in enumerate(word):
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nr, nc = r + i*dr, c + i*dc
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if self.grid[nr][nc] == '':
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current_empty -= 1
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self.grid[nr][nc] = char
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used_mask[nr][nc] = True
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self.words_to_find.append(word)
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placed = True
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if current_empty == target_empty:
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break
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# Fill remaining spots with hidden phrase
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empty_slots = []
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for r in range(self.height):
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for c in range(self.width):
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if not used_mask[r][c]:
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empty_slots.append((r, c))
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phrase_idx = 0
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for r, c in empty_slots:
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if phrase_idx < len(self.hidden_phrase):
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self.grid[r][c] = self.hidden_phrase[phrase_idx]
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phrase_idx += 1
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else:
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# Fill with random letters if phrase is done (extra filler)
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self.grid[r][c] = random.choice("ABCDEFGHIJKLMNOPQRSTUVWXYZ")
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# Print Header
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printer.text("OSMISMĚRKA\n")
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printer.text("Najdi slova a přečti tajenku!\n")
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if current_empty != target_empty:
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printer.text(f"Tajenka má {len(self.hidden_phrase)} písmen.\n")
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printer.text("\n")
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# Print Grid
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for r in range(self.height):
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line = " ".join(self.grid[r])
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printer.text(line + "\n")
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time.sleep(0.05)
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printer.text("\nSlova k hledání:\n")
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words_str = ", ".join(sorted(self.words_to_find))
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printer.text(textwrap.fill(words_str, width=42) + "\n")
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printer.text("\n\n")
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printer.cut()
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@ -10,6 +10,7 @@ from jobs.decimal_division import DecimalDivisionJob
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from jobs.joke import JokeJob
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from jobs.maze_multitarget import MazeMultitargetJob
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from jobs.flush import FlushJob
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from jobs.word_search import WordSearchJob
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# ==========================================
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# CONFIGURATION
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@ -64,6 +65,7 @@ JOBS = [
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DecimalDivisionJob(),
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JokeJob(),
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MazeMultitargetJob(),
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WordSearchJob(),
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# keep this last:
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FlushJob()
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]
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