![]() This method takes a datetime object as an argument and returns a timestamp representing the same point in time.ĭt_object = datetime.datetime(2021, 7, 15, 12, 6, 16) ![]() We can also convert a datetime object back to a timestamp using the datetime.timestamp() method. ![]() Finally, we used the replace() method to set the microseconds of the datetime object to the value we extracted from the timestamp. We then used the omtimestamp() method to create a datetime object with the integer portion of the timestamp and a UTC timezone. In the given example, we first separated the timestamp into its integer and decimal parts using the int() function and some arithmetic. Microseconds = int((timestamp - seconds) * 1000000)ĭt_object = (seconds, )ĭt_object = dt_object.replace(microsecond=microseconds) To convert a timestamp with microseconds to a datetime object, we can use the omtimestamp() method with the decimal portion of the timestamp as a separate argument. ![]() For example, a timestamp with microseconds might look like this: 1626391176.123456. Timestamps may also include microseconds, which can be represented in Python using a decimal point followed by the number of microseconds. We then used the fromtimestamp() method to create a datetime object with the specified timezone. In this example, we created a timezone object representing the Indian Standard Time (IST) using the datetime.timezone class. Timezone = datetime.timezone(datetime.timedelta(hours=5, minutes=30))ĭt_object = (timestamp, timezone) Here’s an example of how to create a datetime object with a specific timezone: import datetime The datetime module provides a way to handle timezones using the datetime.timezone class. One important thing to note when working with timestamps and datetimes is that they may be expressed in different timezones. Finally, we printed the original timestamp and the datetime object to the console. We then used the omtimestamp() method to convert the timestamp to a datetime object and assigned the result to the dt_object variable. In this example, we imported the datetime module and defined a timestamp variable with a value of 1626391176. Here’s an example of how to convert a timestamp to a datetime object: import datetimeĭt_object = (timestamp) This method takes a timestamp as an argument and returns a datetime object representing the same point in time. To convert a Python timestamp to a datetime object, we can use the omtimestamp() method. It allows us to represent dates and times in a human-readable format, and perform various operations on them, such as arithmetic, comparison, and formatting. What is Datetime?ĭatetime is a Python module that provides classes for working with dates and times. Timestamps are commonly used in computer systems to record the time of events or to measure the duration of processes. What is a Timestamp?Ī timestamp is a representation of a specific point in time, often measured in seconds or milliseconds since the Unix epoch (January 1, 1970, 00:00:00 UTC). In this tutorial, we will explore how to convert a Python timestamp to a datetime object, including detailed explanations and code examples. ![]() This can be done easily using Python’s built-in datetime module. However, in some cases, it may be necessary to convert a timestamp to a more readable format, such as a datetime object. In Python, timestamps are often used to represent a specific point in time. ![]()
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