Datasets:
denyyys
/
testUL4Data

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prompt
stringlengths
14
2.1k
completion
stringlengths
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10.3k
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stringclasses
200 values
<?code my_string = "Hello, UL4!"?>
<?print my_string?>
string
<?code my_string = "apple"?>
<?print my_string[0]?>
string
<?code my_string = "Hello"?><?code other_string = "World"?>
<?print my_string + ", " + other_string + "!"?>
string
<?code my_string = "banana"?>
<?print my_string.upper()?>
string
<?code my_string = "abcdefg"?>
<?print my_string[1:4]?>
string
<?code my_string = "Hello, World!"?>
<?print my_string[7:]?>
string
<?code my_string = "apple"?><?code another_string = "pie"?>
<?print my_string + " " + another_string?>
string
<?code my_string = "Hello"?><?code count = 2?>
<?print my_string * count?>
string
<?code s = "hello"?><?code suffix = "world"?>
<?print s.endswith(suffix)?>
string
<?code s = "banana"?><?code index = 2?>
<?print s[index]?>
string
<?code x = 42?><?code y = 24?>
<?print x % y?>
integer
<?code x = 42?><?code y = 2?>
<?print x // y?>
integer
<?code x = 42?><?code y = 84?>
<?print x + y?>
integer
<?code x = 42?><?code y = -x?>
<?print y?>
integer
<?code x = 42?><?code y = 24?><?code z = x * y?>
<?print z?>
integer
<?code x = 42?><?code y = x // 2?>
<?print y?>
integer
<?code x = 123456789?><?code y = x % 1000?>
<?print y?>
integer
<?code x = 42?><?code y = 24?><?code z = x + y?><?code a = z - 10?>
<?print a?>
integer
<?code x = 42?><?code y = 25?><?code z = x * y?>
<?print z?>
integer
<?code x = 17?><?code y = x << 2?>
<?print y?>
integer
<?code x = 42.5?><?code y = 2.0?><?code z = x / y?>
<?print z?>
float
<?code x = 42.5?><?code y = 2.0?>
<?print x + y?>
float
<?code x = 42.5?><?code y = -x?>
<?print y?>
float
<?code x = 42.0?><?code y = 23.7?><?code z = 12.9?>
<?print x + y + z?>
float
<?code x = 42.5?><?code y = 23.7?><?code z = x / y?>
<?print z?>
float
<?code x = 42.5?><?code y = 23.7?><?code z = x * y?>
<?print z?>
float
<?code x = 42.0?><?code y = 2.0?><?code z = x // y?>
<?print z?>
float
<?code x = 42.0?><?code y = 2.0?><?code z = x + y?>
<?print z?>
float
<?code x = 42.5?><?code y = -x?>
<?print y?>
float
<?code x = 42.5?><?code y = 23.7?><?code z = x * y?>
<?print z?>
float
<?code x = True?><?code y = False?><?code z = x and y?>
<?print z?>
boolean
<?code x = True?><?code y = False?><?code z = not x?>
<?print z?>
boolean
<?code x = True?><?code y = 42?><?code z = False?>
<?print (x and y) or z?>
boolean
<?code x = True?><?code y = False?><?code z = True?>
<?print (x or y) and z?>
boolean
<?code x = True?><?code y = False?><?code z = 1?><?code w = 0?>
<?print (x or y) and (z or w)?>
boolean
<?code x = True?><?code y = False?><?code z = 42?><?code w = 0?>
<?print (x and z) or (y and w)?>
boolean
<?code x = True?><?code y = False?><?code z = not x?>
<?print z?>
boolean
<?code x = True?><?code y = False?><?code z = True?>
<?print (x and y) or z?>
boolean
<?code x = True?><?code y = False?><?code z = 1?><?code w = 0?>
<?print (x or y) and (z > w)?>
boolean
<?code x = True?><?code y = False?><?code z = not y?>
<?print x and z?>
boolean
<?code x = None?><?code y = 42?>
<?print isnone(x) and not isnone(y)?>
null
<?code x = None?><?code y = None?>
<?print x is y?>
null
<?code x = None?><?code y = 'test'?>
<?print isnone(x) or isnone(y)?>
null
<?code x = None?><?code y = {'a': 1}?>
<?print x or y.get('b', None)?>
null
<?code x = None?><?code y = 42?>
<?print x if x is not None else y?>
null
<?code x = None?><?code y = None?><?code z = 1?>
<?print isnone(x) and isnone(y) and isnone(z)?>
null
<?code x = None?><?code y = None?>
<?print x is y?>
null
<?code x = None?><?code y = 'hello'?>
<?print y if x is None else x?>
null
<?code x = None?><?code y = 1?>
<?print x or y?>
null
<?code x = None?><?code y = 42?>
<?print (x is None) and (y is not None)?>
null
<?code d = @(2024-03-15)?>
<?print d.year?>
date
<?code d = @(2024-04-01)?>
<?print d.month?>
date
<?code d = @(2024-05-20)?>
<?print d.day?>
date
<?code d = @(2024-07-04)?>
<?print d.weekday()?>
date
<?code d = @(2024-03-15)?>
<?print d.yearday()?>
date
<?code d = @(2024-12-25)?>
<?print d.month()?>
date
<?code d = @(2024-02-29)?>
<?print d.year()?>
date
<?code d = today()?>
<?print d.isoformat()?>
date
<?code d = @(2023-04-15)?>
<?print d.day()?>
date
<?code d = @(2024-03-15)?>
<?print d.month()?>
date
<?code d = now()?>
<?print d.mimeformat()?>
datetime
<?code d = @(2024-02-29T12:34:56.123456)?>
<?print d.isoformat()?>
datetime
<?code d = @(2024-03-15T10:20:30.456789)?>
<?print d.year()?>-<?print d.month()?>-<?print d.day()?>
datetime
<?code d = now()?>
<?print d.hour()?>
datetime
<?code d = @(2024-04-01T00:00:00)?>
<?print d.mimeformat()?>
datetime
<?code d = @(2024-05-01T12:00:00)?><?code m = d.month()?>
<?print m?>
datetime
<?code d = now()?><?code wd = d.weekday()?><?code weekdays = ['Monday', 'Tuesday', 'Wednesday', 'Thursday', 'Friday', 'Saturday', 'Sunday']?>
<?print weekdays[wd]?>
datetime
<?code d = @(2024-07-14T13:25:00)?><?code h = d.hour()?>
<?print h?>
datetime
<?code d = @(2024-08-15T20:30:45)?><?code iso = d.isoformat()?>
<?print iso?>
datetime
<?code d = now()?><?code y = d.year()?>
<?print y?>
datetime
<?code c = #f00?>
<?print c?>
color
<?code c = #0f0?>
<?print c.g()?>
color
<?code c = #008080?>
<?print c.lum()?>
color
<?code c = #008080?>
<?print c.withlum(0.2)?>
color
<?code c = #f00?>
<?print c.r()?>
color
<?code c = #FF5733?>
<?print c.rellum(0.2)?>
color
<?code c = #FF5733?>
<?print c.combine(r=255, g=85, b=51)?>
color
<?code c = #FF5733?>
<?print c.witha(128)?>
color
<?code c = #FF5733?>
<?print c.hls()?>
color
<?code c = #FF5733?>
<?print c.lum()?>
color
<?code my_list = ["apple", "banana", "cherry"]?>
<?print my_list[1]?>
list
<?code my_list = [1, 2, 3, 4, 5]?>
<?print my_list[2:]?>
list
<?code my_list = [1, 2, 3]?><?code other_list = [4, 5]?>
<?code my_list.append(*other_list)?><?print my_list?>
list
<?code list1 = [1, 2, 3]?><?code list2 = [4, 5, 6]?>
<?code list3 = list1 + list2?><?print list3?>
list
<?code my_list = ["apple", "banana", "cherry"]?>
<?print len(my_list)?>
list
<?code list1 = [1, 2, 3]?><?code list2 = ["a", "b", "c"]?>
<?code combined = list1 + list2?><?print combined?>
list
<?code my_list = [1, 2, 3, 4, 5]?>
<?print my_list[2]?>
list
<?code my_list = ["apple", "banana", "cherry"]?>
<?print len(my_list)?>
list
<?code my_list = [1, 2, 3]?><?code another_list = [4, 5]?>
<?code my_list.append(*another_list)?><?print my_list?>
list
<?code my_dict = {"name": "Alice", "age": 30}?>
<?print my_dict["name"]?>
dictionary
<?code my_dict = {"fruit": "apple", "color": "red"}?>
<?code my_dict["count"] = 1?><?print my_dict?>
dictionary
<?code data = {"name": "Bob", "age": 25}?>
<?code data["city"] = "New York"?><?print data?>
dictionary
<?code my_dict = {"name": "Eve", "city": "London"}?>
<?print my_dict.get("country", "Unknown")?>
dictionary
<?code d = {}?><?code d["foo"] = "bar"?>
<?print d["foo"]?>
dictionary
<?code person = {"name": "Alice", "age": 30, "city": "Paris"}?>
<?print person["name"]?>
dictionary
<?code data = {"a": 1, "b": 2, "c": 3}?>
<?print len(data)?>
dictionary
<?code d = {"name": "John Doe", "age": 30}?>
<?print d.get("city", "Unknown")?>
dictionary
<?code data = {"name": "Bob", "age": 25}?>
<?code data["city"] = "New York"?><?print data["city"]?>
dictionary
<?code data = {"name": "Alice", "age": 28}?>
<?code data.update({"city": "London", "country": "UK"})?><?print repr(data)?>
dictionary
<?code my_set = {1, 2, 3}?>
<?print isset(my_set)?>
set