73 lines
2.4 KiB
Python
73 lines
2.4 KiB
Python
#!/u/nlp/packages/anaconda/bin/python
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from random import randint
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def print_examples_for_currency_symbol(curr_symbol):
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# $14.20
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random_small_price = str(randint(0,99))+"."+str(randint(0,9))+str(randint(0,9))
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print("%s_$ %s_CD" % (curr_symbol, random_small_price))
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# 14.20$
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random_small_price = str(randint(0,99))+"."+str(randint(0,9))+str(randint(0,9))
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print("%s_CD %s_$" % (random_small_price, curr_symbol))
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# $2.14
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random_small_price = str(randint(0,9))+"."+str(randint(0,9))+str(randint(0,9))
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print("%s_$ %s_CD" % (curr_symbol, random_small_price))
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# $2.14
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random_small_price = str(randint(0,9))+"."+str(randint(0,9))+str(randint(0,9))
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print("%s_CD %s_$" % (random_small_price, curr_symbol))
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# $10
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print("%s_$ 10_CD" % curr_symbol)
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# 10$
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print("10_CD %s_$" % curr_symbol)
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# random $XXXX
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random_four_digit = randint(1000,9999)
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print("%s_$ %s_CD" % (curr_symbol, str(random_four_digit)))
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# random XXXX$
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random_four_digit = randint(1000,9999)
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print("%s_$ %s_CD" % (curr_symbol, str(random_four_digit)))
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# random $XXXX
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random_four_digit = randint(1000,9999)
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print("%s_CD %s_$" % (str(random_four_digit), curr_symbol))
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# random XXXX$
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random_four_digit = randint(1000,9999)
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print("%s_CD %s_$" % (str(random_four_digit), curr_symbol))
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# $500
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print("%s_$ 500_CD" % curr_symbol)
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# $50.00
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print("%s_$ 50.00_CD" % curr_symbol)
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# 50.00$
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print("50.00_CD %s_$" % curr_symbol)
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# $50
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print("%s_$ 50_CD" % curr_symbol)
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# 50$
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print("50_CD %s_$" % curr_symbol)
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# $1.00
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print("%s_$ 1.00_CD" % curr_symbol)
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# 1.00$
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print("1.00_CD %s_$" % curr_symbol)
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# $1,000
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print("%s_$ 1,000_CD" % curr_symbol)
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# 1,000$
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print("1,000_CD %s_$" % curr_symbol)
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# $1000000
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print("%s_$ 1000000_CD" % curr_symbol)
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# $1,000,000
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print("%s_$ 1,000,000_CD" % curr_symbol)
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# 1000000$
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print("1000000000_CD %s_$" % curr_symbol)
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# 1,000,000$
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print("1,000,000,000_CD %s_$" % curr_symbol)
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# $1000000
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print("%s_$ 1000000000_CD" % curr_symbol)
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# $1,000,000
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print("%s_$ 1,000,000,000_CD" % curr_symbol)
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# 1000000$
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print("1000000000_CD %s_$" % curr_symbol)
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# 1,000,000$
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print("1,000,000,000_CD %s_$" % curr_symbol)
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currency_chars = ["¥", "£", "€", "₹", "₪", "₽", "₩", "¢"]
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for curr_char in currency_chars:
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print_examples_for_currency_symbol(curr_char)
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