Зміст курсу
Dealing with Dates and Times in Python
Dealing with Dates and Times in Python
Applying Timezone to Datetime Object
Now we know about the variety of available timezones. How can we adjust it to a certain datetime
object? How to make Python diff two datetime
objects with different locations?
There are two approaches available. In this chapter, we consider the first. The algorithm is: create datetime
object and save timezone within it using .localize()
method. To do it, we will need to load timezone
from pytz
library. Then, we will need to create a timezone
object, and then apply .localize()
function to datetime
object.
Please note, that this approach will simply 'put timezone label' on datetime object.
For example, let's represent all the mentioned steps.
# Load libraries and classes import pytz from pytz import timezone from datetime import datetime tz = timezone('Europe/Warsaw') # save timezone dt = datetime(2021, 11, 1, 11, 25, 0) # create datetime object # Apply timezone to dt dt_tz = tz.localize(dt) print(f"Datetime object with timezone: {dt_tz}")
Завдання
- Create
timezone
object namedtz
with value 'America/New_York'. - Create
datetime
object namednow
with a current timestamp. - Set
tz
timezone tonow
object and save it innow_tz
variable.
Дякуємо за ваш відгук!
Applying Timezone to Datetime Object
Now we know about the variety of available timezones. How can we adjust it to a certain datetime
object? How to make Python diff two datetime
objects with different locations?
There are two approaches available. In this chapter, we consider the first. The algorithm is: create datetime
object and save timezone within it using .localize()
method. To do it, we will need to load timezone
from pytz
library. Then, we will need to create a timezone
object, and then apply .localize()
function to datetime
object.
Please note, that this approach will simply 'put timezone label' on datetime object.
For example, let's represent all the mentioned steps.
# Load libraries and classes import pytz from pytz import timezone from datetime import datetime tz = timezone('Europe/Warsaw') # save timezone dt = datetime(2021, 11, 1, 11, 25, 0) # create datetime object # Apply timezone to dt dt_tz = tz.localize(dt) print(f"Datetime object with timezone: {dt_tz}")
Завдання
- Create
timezone
object namedtz
with value 'America/New_York'. - Create
datetime
object namednow
with a current timestamp. - Set
tz
timezone tonow
object and save it innow_tz
variable.
Дякуємо за ваш відгук!
Applying Timezone to Datetime Object
Now we know about the variety of available timezones. How can we adjust it to a certain datetime
object? How to make Python diff two datetime
objects with different locations?
There are two approaches available. In this chapter, we consider the first. The algorithm is: create datetime
object and save timezone within it using .localize()
method. To do it, we will need to load timezone
from pytz
library. Then, we will need to create a timezone
object, and then apply .localize()
function to datetime
object.
Please note, that this approach will simply 'put timezone label' on datetime object.
For example, let's represent all the mentioned steps.
# Load libraries and classes import pytz from pytz import timezone from datetime import datetime tz = timezone('Europe/Warsaw') # save timezone dt = datetime(2021, 11, 1, 11, 25, 0) # create datetime object # Apply timezone to dt dt_tz = tz.localize(dt) print(f"Datetime object with timezone: {dt_tz}")
Завдання
- Create
timezone
object namedtz
with value 'America/New_York'. - Create
datetime
object namednow
with a current timestamp. - Set
tz
timezone tonow
object and save it innow_tz
variable.
Дякуємо за ваш відгук!
Now we know about the variety of available timezones. How can we adjust it to a certain datetime
object? How to make Python diff two datetime
objects with different locations?
There are two approaches available. In this chapter, we consider the first. The algorithm is: create datetime
object and save timezone within it using .localize()
method. To do it, we will need to load timezone
from pytz
library. Then, we will need to create a timezone
object, and then apply .localize()
function to datetime
object.
Please note, that this approach will simply 'put timezone label' on datetime object.
For example, let's represent all the mentioned steps.
# Load libraries and classes import pytz from pytz import timezone from datetime import datetime tz = timezone('Europe/Warsaw') # save timezone dt = datetime(2021, 11, 1, 11, 25, 0) # create datetime object # Apply timezone to dt dt_tz = tz.localize(dt) print(f"Datetime object with timezone: {dt_tz}")
Завдання
- Create
timezone
object namedtz
with value 'America/New_York'. - Create
datetime
object namednow
with a current timestamp. - Set
tz
timezone tonow
object and save it innow_tz
variable.