Python Arrow Module: Exercises, Practice, Solution
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Arrow Module [27 exercises with solution]
Arrow is a Python library that offers a sensible, human-friendly approach to creating, manipulating, formatting and converting dates, times, and timestamps. It implements and updates the datetime type, plugging gaps in functionality, and provides an intelligent module API that supports many common creation scenarios. Simply put, it helps you work with dates and times with fewer imports and a lot less code.
Install:
pip install arrow
1. Write a Python program to get the current UTC datetime, local datetime and datetime of a given location using arrow module. Go to the editor
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2. Write a Python program to create datetime from integers, floats and strings timestamps using arrow module. Go to the editor
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3. Write a Python program to create a datetime from a given timezone-aware datetime using arrow module. Go to the editor
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4. Write a Python program to search a date from a given string using arrow module. Go to the editor
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5. Write a Python program to get a datetime or timestamp representation from current datetime. Go to the editor
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6. Write a Python program to extract year, month and date value from current datetime using arrow module. Go to the editor
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7. Write a Python program to get date and time properties from datetime function using arrow module. Go to the editor
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8. Write a Python program to replace hour, minute, day, month, year and timezone with specified value of current datetime using arrow. Go to the editor
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9. Write a Python program to convert timezone from local to utc, utc to local or specified zones. Go to the editor
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10. Write a Python program to create a string representation of the Arrow object, formatted according to a format string. Go to the editor
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11. Write a Python program to create a new Arrow object, cloned from the current one. Go to the editor
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12. Write a Python program to create a datetime object, converted to the specified timezone using arrow module. Go to the editor
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13. Write a Python program to create a new Arrow object, representing the "ceiling" of the timespan of the Arrow object in a given timeframe using arrow module. The timeframe can be any datetime property like day, hour, minute. Go to the editor
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14. Write a Python program to create a ctime formatted representation of the date and time using arrow module. Go to the editor
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15. Write a Python program to get the daylight savings time adjustment using arrow module. Go to the editor
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16. Write a Python program to create a floating-point representation of the Arrow object, in UTC time using arrow module. Go to the editor
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17. Write a Python program to create a new Arrow object, representing the "floor" of the timespan of the Arrow object in a given timeframe using arrow module. The timeframe can be any datetime property like day, hour, minute. Go to the editor
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18. Write a Python program to create a localized, humanized representation of a relative difference in time using arrow module. Go to the editor
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19. Write a Python program to check whether a given datetime is between two dates and times using arrow module. Go to the editor
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20. Write a Python program to create a 3-tuple ISO year, ISO week number, ISO weekday and an ISO 8601 formatted representation of the date and time. Go to the editor
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21. Write a Python program to create a naïve (without time zone) datetime representation of the Arrow object. Go to the editor
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22. Write a Python program to create a time object with the same hour, minute, second, microsecond and a timestamp representation of the Arrow object, in UTC time. Go to the editor
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23. Write a Python program to parse a string representing a time according to a format. Go to the editor
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24. Write a Python program to create a time object with the same hour, minute, second, microsecond and timezone info. Go to the editor
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25. Write a Python program to get the proleptic Gregorian ordinal of a given date. Go to the editor
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26. Write a Python program to get string representing the date, controlled by an explicit format string. Go to the editor
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27. Write a Python program to get hourly datetime between two hours. Go to the editor
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Python Code Editor:
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Python: Tips of the Day
Python: Time it
timeit library is great for timing Python execution times. Just pass a function in string format to timeit.timeit() method and it will carry out 1 million executions to report the minimum time the code takes.
Its very useful to compare small code pieces and different functions but can be sluggish with big code.
Check out the example below demonstrating the execution time difference between 2 very similar list comprehension methods in Python:
import timeit lst1='''list(range(100))''' lst2='''[i for i in range(100)]''' a=timeit.timeit(lst1) b=timeit.timeit(lst2) print(a, b, sep="------")
Output:
1.9301698543131351------5.389458132907748
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