This Python code processes date and time data by handling...

May 18, 2025 at 03:42 AM

def date_time(series): parsed = pd.to_datetime(series, errors='coerce', format="mixed") mask = parsed.isna() parsed[mask] = pd.to_datetime(series[mask], errors='coerce', format="mixed") mask2 = parsed.isna() parsed[mask2] = pd.to_datetime(series[mask2],errors='coerce') return parsed df['Created Date'] = date_time(df['Created Date']) df['Closed Date'] = date_time(df['Closed Date']) df['Request_Closing_Time'] = (df['Closed Date'] - df['Created Date']).dt.total_seconds() / 3600 # Convert to hours df[['Created Date', 'Closed Date', 'Request_Closing_Time']].head()

This Python code processes date and time data by handling potential issues while parsing datetime formats, and then calculates the time difference between two datetime columns in hours. Here's a step-by-step explanation:

  1. Function Definition (date_time):

    • The function date_time takes a pandas Series series as input and tries to convert its values into Python datetime objects, handling errors and missing values.
    • A conversion attempt is made using pd.to_datetime with errors='coerce' and a format specification of "mixed":
      • If errors='coerce' is used, invalid parsing (bad or missing datetime data) results in NaT (not a datetime value).
    • Identifies entries that failed conversion (those with NaT) using parsed.isna().
    • Reattempts the conversion (pd.to_datetime) for only these problematic entries (series[mask]) with the same errors='coerce' approach.
    • Any remaining non-converted (still NaT) values are handled in a fallback reattempt without specifying a format (default datetime parsing).

    Finally, the function returns the parsed Series with proper datetime objects.

  2. Applying date_time Function:

    • Two columns of a pandas DataFrame df, namely Created Date and Closed Date, are processed using the date_time function. This ensures both columns have valid datetime representations where possible.
  3. Calculating Time Differences:

    • A new column Request_Closing_Time is created:
      • Computes the difference (df['Closed Date'] - df['Created Date']) between the two datetime columns.
      • Converts the time delta (.dt.total_seconds()) into hours by dividing the seconds by 3600.
    • This represents the time taken to close a request, in hours, for each entry.
  4. Output:

    • The resulting DataFrame is trimmed to show only the three columns: Created Date, Closed Date, and Request_Closing_Time.
    • Only the first few rows (head()) of the DataFrame are displayed.

Summary:

This code ensures robust datetime parsing for potentially inconsistent data in the Created Date and Closed Date columns of a pandas DataFrame. It calculates the time difference between the two dates in hours and displays the results in a subset of the DataFrame.

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